Vermont Comprehensive Assessment Program ELA — Grade 7

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. Which sentence from the passage provides the best evidence that Leo is enthusiastic about participating in the maple tapping process?

• ALeo wrapped his wool scarf tightly against the crisp March breeze as he followed his gran…
• BSnow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightl…
• CLeo carried a wooden bucket in each hand, the metal handles cold against his gloved finge…
• DLeo grinned, watching a steady rhythm develop—ping, ping, ping.

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. What can the reader infer about Mr. Benedict based on his dialogue and actions?

• AHe is eager to modernize his farming equipment as quickly as possible.
• BHe respects nature and values teaching traditional skills to his grandson.
• CHe prefers working alone rather than spending time with family members.
• DHe is concerned that the maple trees will not produce enough sap this year.

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. What is a central theme of the passage?

• AModern technology makes agricultural tasks much easier than traditional methods.
• BConnecting with family traditions and nature creates meaningful seasonal milestones.
• CWinter sports are the best way to enjoy cold mountainous regions.
• DTrees require constant human intervention to survive harsh winter conditions.

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. In paragraph 2, what does the word "spile" mean?

• AA heavy hammer used to crack frozen wood
• BA small spout driven into a tree to drain sap
• CA large storage container used for boiling syrup
• DA sharp blade used for cutting maple branches

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. How does the setting of an early March day in Vermont influence the plot of the story?

• AThe heavy snowfall prevents Leo and his grandfather from reaching the barn.
• BThe transition between freezing nights and warmer days creates the ideal conditions for s…
• CThe summer heat forces Leo and his grandfather to work quickly before the sap spoils.
• DThe dark, stormy night makes it dangerous for them to work outdoors in the forest.

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. What figurative language device does Mr. Benedict use when he says, "the sap moves inside like blood in a vein"?

• APersonification
• BSimile
• CMetaphor
• DHyperbole

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. Why does Mr. Benedict tap the trunk of an ancient maple before drilling?

• ATo check if the tree is hollow and dangerous to work near
• BTo draw Leo's attention to the bark and explain how sap moves within the tree
• CTo signal to neighbors that syrup season has officially started
• DTo loosen the thick outer bark so the drill bit will not break

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. How does the author create a vivid sensory experience for the reader in paragraph 2?

• ABy describing the loud screeching noise of heavy machinery in the background
• BBy using onomatopoeia ("ping, ping, ping") to describe the sound of sap hitting the woode…
• CBy detailing the sweet taste of finished maple syrup poured over pancakes
• DBy listing the exact height and weight measurements of the maple trees

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. Based on the last sentence of the passage, what does the sound of the sap represent to Leo?

• AA sign that winter weather will last for several more months
• BAn annoying noise that interferes with their quiet work in the woods
• CA comforting proof that the new season of growth has officially arrived
• DA warning that the tree is weak and may not survive the spring

Read the passage and answer the question. Leo wrapped his wool scarf tightly against the crisp March breeze as he followed his grandfather, Mr. Benedict, into the grove of sugar maples behind the barn. Snow still clung to the shaded hollows of the Vermont hillside, but the sun shone brightly enough to hint at spring. Leo carried a wooden bucket in each hand, the metal handles cold against his gloved fingers. "Look closely at the bark, Leo," Mr. Benedict said, tapping the trunk of an ancient maple with his knuckles. "When the days warm up above freezing and the nights stay frosty, the sap moves inside like blood in a vein. We only take what the tree can spare." They selected a sturdy tree, and Mr. Benedict demonstrated how to drill a small hole at a slight upward angle. Leo helped tap the metal spout, or spile, gently into the wood. Almost immediately, a clear drop of liquid gathered at the tip and fell into the wooden bucket with a soft ping. Leo grinned, watching a steady rhythm develop—ping, ping, ping. To Leo, that simple sound signaled the true beginning of spring long before any green shoots appeared on the branches. Which statement best describes the overall structure of the passage?

• AIt presents a problem Leo faces and details the steps he takes to solve it.
• BIt compares modern maple harvesting techniques with 19th-century methods.
• CIt describes a chronological sequence of events during a morning of maple tapping.
• DIt provides a cause-and-effect breakdown of climate change on New England forests.

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. What is the central idea of the passage?

• ACovered bridges were built primarily to keep farm horses calm during rainstorms.
• BVermont covered bridges were engineered with roofs to preserve wooden trusses and survive…
• CIthiel Town was the only architect who built bridges in New England during the nineteenth…
• DModern iron bridges have completely replaced all wooden bridges across rural New England.

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. According to paragraph 2, how long did an uncovered wooden bridge typically last before rotting?

• AFive to seven years
• BTen to fifteen years
• CFifty to sixty years
• DMore than a century

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. In paragraph 3, what are "treenails"?

• AIron bolts forged by local blacksmiths
• BHeavy wooden pegs used to secure crisscrossing planks
• CSteel cables that suspend the bridge over deep ravines
• DDecorative wooden shingles attached to the bridge roof

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. What organizational pattern does the author use in paragraph 2?

• AChronological order detailing bridge construction step-by-step
• BMisconception versus reality, followed by cause and effect
• CQuestion and answer format regarding bridge costs
• DSpatial order moving from the roof down to the riverbed

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. Why does the author include information about the Town Lattice truss in paragraph 3?

• ATo illustrate how nineteenth-century builders created strong wooden frameworks without re…
• BTo prove that iron bridges were far superior to wooden bridges in every way
• CTo argue that Ithiel Town should be recognized as Vermont's greatest governor
• DTo explain why covered bridges were eventually torn down across New England

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. Which sentence would be most important to include in an objective summary of the passage?

• ACovered bridges are the most beautiful tourist attractions in the state of Vermont.
• BNew England covered bridges were encased in wood to shield structural trusses from decay.
• CBlacksmiths in the 1800s refused to work on wooden bridge projects.
• DCrossing roaring river currents was terrified work for early farm horses.

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. What can be inferred about the preservation groups mentioned in paragraph 3?

• AThey are tearing down wooden bridges to build modern concrete highways.
• BThey view covered bridges as valuable historical and functional resources worth saving.
• CThey only preserve bridges that were constructed after 1950.
• DThey require travelers to pay cash tolls before walking across wooden bridges.

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. In paragraph 1, what does the word "concentration" mean?

• AMental focus and intense thought
• BThe density or number of items in a specific area
• CA liquid solution that has been boiled down
• DA gathering of political leaders for a convention

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. Which statement from the passage represents a verifiable historical fact?

• ACovered bridges are the most impressive structures ever built in New England.
• BVermont is home to more than one hundred historic covered bridges.
• CEvery traveler in the nineteenth century preferred covered bridges to open ones.
• DWooden pegs are always much better to use than modern steel bolts.

Read the passage and answer the question. Throughout rural New England, timber covered bridges stand as distinctive monuments of nineteenth-century engineering. Vermont alone is home to more than one hundred historic covered bridges, boasting the highest concentration per square mile in the United States. Built primarily between 1820 and 1920, these structures were constructed to span rivers and ravines, enabling horses, wagons, and pedestrians to cross safely. A common misconception is that builders covered bridges to protect travelers from rain and snow or to keep farm animals from panicking when crossing roaring currents. While those may have been secondary benefits, the primary reason for adding roofs and wooden side siding was structural preservation. Uncovered wooden bridges exposed to rain, ice, and baking sun typically rotted within ten to fifteen years. By housing the supporting heavy timber trusses inside a protective wooden shell, builders extended the bridge's lifespan to a century or more. Bridge builders utilized specialized wooden truss frameworks, such as the Town Lattice truss invented by Connecticut architect Ithiel Town in 1820. This design relied on a grid of crisscrossing planks secured with heavy wooden pegs called treenails, distributing weight evenly without requiring complex blacksmith ironwork. Today, community preservation groups and state historical trusts work diligently to maintain these wooden landmarks, preserving both functional transportation corridors and tangible links to early American craftsmanship. How does the author connect early bridge building to modern times in paragraph 3?

• ABy explaining that modern engineers no longer study 19th-century architecture
• BBy showing how historical trusts actively maintain 19th-century wooden bridges today
• CBy suggesting that all covered bridges should be converted into historical museums
• DBy arguing that 1820 construction techniques are identical to modern highway building

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. What is the primary function of the stage directions printed in italics and parentheses?

• AThey provide the exact words the actors must speak loudly to the audience.
• BThey describe character actions, facial expressions, and physical movements.
• CThey list the financial budget required to build the theater set.
• DThey explain the historical background of Lake Champlain during the 1800s.

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. How does Ben's attitude differ from Sara's at the beginning of the scene?

• ABen is impatient and wants to go home immediately, while Sara wants to stay.
• BBen is calm and patient, while Sara feels frustrated by the long wait.
• CBen believes in mythical monsters, while Sara thinks the lake is empty.
• DBen is angry with Sara for forgetting her camera tripod.

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. In Sara's second speech, what does the word "glitch" mean?

• AA deep underwater cave
• BA temporary malfunction or error in equipment
• CA type of rare freshwater trout
• DA loud noise made by a boat engine

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. Which detail from the scene provides the best evidence that Ben approaches the lake mystery with scientific evidence in mind?

• AHe mentions historical records, Abenaki accounts, and uses a camera tripod to capture pho…
• BHe suggests that they give up and read fictional storybooks about sea monsters instead.
• CHe insists that lake trout are the only living species in Lake Champlain.
• DHe complains about the cold fog rolling over the wooden dock.

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. What is a central theme of the drama?

• APatience, careful observation, and investigation often reveal natural explanations for my…
• BTown rumors should always be ignored because local legends are completely fabricated.
• CUsing electronic equipment is unreliable when exploring natural environments.
• DPrehistoric fish are dangerous predators that people should avoid at all costs.

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. What resolves the central conflict or mystery in the drama?

• AA thunderstorm forces the children to pack up their camera equipment.
• BBen captures photos of a giant sturgeon swimming beneath a school of trout, explaining th…
• CThe eco-club captain arrives and confirms that the sonar machine was broken.
• DSara finds an old steamboat map hidden underneath the wooden dock bench.

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. What does Ben mean when he describes the sturgeon as a "prehistoric fish"?

• AThe fish was created in a modern laboratory.
• BThe species has existed virtually unchanged for millions of years since ancient times.
• CThe fish is an artificial robotic model built for underwater research.
• DThe fish only lives in saltwater oceans near tropical islands.

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. How does the author establish a sense of suspense at the beginning of the drama?

• ABy placing the characters on a foggy dock at dusk while discussing strange sightings and…
• BBy having the characters argue loudly about who will pay for dinner
• CBy describing a sunny afternoon picnic with cheerful background music
• DBy showing the characters boarding a high-speed speedboat race

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. Which line of dialogue shows Sara transitioning from frustration to excitement?

• A"Nothing but ripples and waterfowl, Ben."
• B"If there's an undiscovered fish species or an old shipwreck shifting below, that's real…
• C"Wait... look at those silver flashes! It's a massive school of lake trout breaking the s…
• D"Everyone in town swears they saw something unusual near the bay last night..."

Read the drama excerpt and answer the question. [Setting: A wooden dock on the shores of Lake Champlain at dusk. Fog rolls gently across the water. SARA (13) gazes through binoculars. BEN (12) sits on a wooden bench adjusting a camera tripod.] SARA: (Lowering binoculars, frustrated) Nothing but ripples and waterfowl, Ben. Everyone in town swears they saw something unusual near the bay last night, but we've been sitting here for two hours. BEN: (Without looking up) Science requires patience, Sara. Historical records show sightings going back to Abenaki accounts and 19th-century steamboat captains. You can't expect a mystery to reveal itself on a schedule. SARA: I'm not looking for a monster, Ben. I just want to prove that the unusual sonar readings from the eco-club's boat last week weren't just a glitch. If there's an undiscovered fish species or an old shipwreck shifting below, that's real history. BEN: (Smiling, pointing camera toward the mist) Well, look at the water past the old lighthouse. SARA: (Raises binoculars quickly) Wait... look at those silver flashes! It's a massive school of lake trout breaking the surface together! BEN: (Clicking shutter repeatedly) And look what's swimming right below them—a giant sturgeon! That explains the large sonar shape! It wasn't a mythical creature; it was a rare prehistoric fish hunting near the surface. SARA: (Laughing relievedly) Mystery solved—and better yet, we captured the evidence. What will Ben and Sara most likely do next based on the ending of the scene?

• ADelete their photos and pretend they saw nothing.
• BShare their photographic evidence of the sturgeon with the eco-club or local researchers.
• CSell their camera equipment and give up on scientific research.
• DBuild a cage to trap the lake trout in the bay.

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. Which sentence best states the central idea of the passage?

• ABark beetles are the most destructive insect pest threatening North American pine trees.
• BUnderground fungal networks connect forest trees, allowing them to share nutrients, warn…
• CPhotosynthesis is the sole biological process responsible for tree growth in dense forest…
• DForest ecologists recommend cutting down older hub trees to allow younger seedlings more…

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. In paragraph 2, what does the word "symbiotic" mean?

• AA competitive relationship where one organism harms another for survival
• BA mutually beneficial relationship between two different species living close together
• CA temporary bacterial infection that weakens plant root systems
• DA chemical process that occurs only during nighttime hours

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. How do neighboring trees respond when a tree connected to the mycorrhizal network is attacked by insects?

• AThey sever their underground root connections to prevent fungal infection.
• BThey absorb chemical warning signals and produce defensive toxins in their leaves.
• CThey shed all their leaves to prevent insects from finding shelter.
• DThey release extra carbohydrates into the soil to attract pest predators.

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. Which detail best supports the claim that forests function as a "cooperative super-organism"?

• ATrees of different species compete intensely for limited sunlight and rainfall.
• BHub trees share extra sugars with shaded seedlings of different species through fungal we…
• CMicroscopic fungal threads are invisible to the naked human eye.
• DForest management practices have remained unchanged for the past century.

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. How does the structure of paragraph 1 contribute to the overall development of ideas in the passage?

• AIt contrasts an outdated scientific view of trees as isolated competitors with the modern…
• BIt lists historical timber harvesting statistics in chronological order from 1900 to the…
• CIt presents a fictional story about a scientist getting lost in an ancient forest.
• DIt defines every species of fungus existing in North American soil.

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. What is the author's primary purpose in writing this passage?

• ATo persuade forest owners to clear-cut older trees to make room for new highways
• BTo explain how underground mycorrhizal networks enable trees to share resources and commu…
• CTo describe the chemical composition of synthetic pesticides used against bark beetles
• DTo argue that human internet cables should be buried underground near tree roots

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. Based on paragraph 3, what logical inference can be made about the impact of logging mature "mother trees"?

• AYoung seedlings will receive more sugars and grow twice as fast.
• BThe fungal network's ability to distribute resources to vulnerable seedlings will be seve…
• CBark beetle populations will instantly disappear from the forest.
• DSoil nitrogen levels will rise sharply because fungi no longer absorb minerals.

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. Which analogy used in the passage best helps the reader understand the function of mycorrhizal networks?

• AComparing fungal hyphae to iron train tracks
• BComparing the network to an underground resource distribution highway and the human inter…
• CComparing mother trees to wooden covered bridges
• DComparing bark beetles to microscopic bacteria

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. Which statement presents an accurate and objective summary of paragraph 2?

• AFungi are harmful parasites that steal carbohydrates from helpless tree roots during the…
• BTrees produce carbohydrates through photosynthesis and trade them with fungal hyphae in e…
• CPhotosynthesis is a complex process that scientists still do not fully understand.
• DFungal threads grow so large that they block tree roots from absorbing water.

Read the informational passage and answer the question. Beneath the floor of a thriving temperate forest lies a complex biological communication network that rivals the human internet in its interconnectedness. For decades, ecologists viewed forest trees primarily as individual competitors vying for sunlight, water, and soil nutrients. However, groundbreaking research led by forest ecologists over the past thirty years has revealed that trees of different species are linked underground by vast fungal webs known as mycorrhizal networks. Microscopic fungal threads, called hyphae, weave through the soil and attach to tree roots. In this symbiotic relationship, trees provide the fungi with energy-rich carbohydrates produced during photosynthesis. In return, the fungal network absorbs water and essential minerals like phosphorus and nitrogen from deep in the soil and delivers them directly to the trees. Far from being a simple barter system, this network functions as an underground resource distribution highway. Older, dominant trees—often referred to as "hub trees" or "mother trees"—use the fungal web to send extra sugars to shaded younger seedlings struggling to grow under the canopy. Furthermore, when a tree is attacked by pests such as bark beetles, it releases chemical warning signals through the network. Neighboring trees absorb these signals and immediately begin synthesizing defensive toxins in their leaves before the insects even arrive. This discovery has transformed forest management, demonstrating that a forest operates not as a collection of isolated individuals, but as a cooperative super-organism. How has the discovery of mycorrhizal networks changed scientists' overall understanding of forest dynamics?

• AScientists now recognize that forests function as cooperative ecosystems rather than pure…
• BScientists have concluded that trees do not require water or minerals to grow.
• CScientists believe that fungal networks only exist in tropical rainforests near the equat…
• DScientists have decided that forest management is no longer necessary.

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. Which event triggers the main action and conflict in the story?

• AClara's father sitting down to read the newspaper by the stove
• BThe telegraph sounder clicking out an emergency SOS message about a stalled train
• CThe arrival of a passenger train at the Montpelier station platform
• DClara failing her telegraphy exam two weeks before the storm

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. What internal conflict does Clara experience before transmitting the distress message?

• AShe doubts whether she should obey her father or return home immediately.
• BShe hesitates because she recently passed her exam and has never managed an emergency alo…
• CShe worries that sending the message will ruin the telegraph key equipment.
• DShe struggles to decide whether to walk to Burnham Cut by herself in the blizzard.

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. What is a central theme of the story?

• AOvercoming self-doubt and taking responsible action in a crisis can save lives.
• BSevere weather events make all long-distance communication impossible.
• CYoung people should avoid taking on responsibilities intended for adults.
• DRailroads in the 19th century were too unsafe for winter travel.

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. In paragraph 2, how does the description of Clara's heart hammering "against her ribs" affect the tone of the story?

• AIt creates a humorous, playful tone.
• BIt heightens the suspense and conveys Clara's intense anxiety.
• CIt reflects a calm, peaceful mood inside the depot.
• DIt shows that Clara is suffering from a physical illness.

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. Which sentence provides the best evidence that the stranded passengers were in immediate danger?

• AClara had promised to watch the brass telegraph key, though she expected little activity.
• BTHE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN F…
• CClara knew the stationmaster at Waterbury was off duty.
• DHer fingers hesitated for a split second—she had passed her telegraphy exam only two week…

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. How does the setting of the 1888 nor'easter shape the plot of the story?

• AIt causes telephone wires to go down and blocks roads, isolating Clara as the sole person…
• BIt allows Clara to take a pleasant sleigh ride to Burlington to deliver the message in pe…
• CIt forces the train passengers to build a cabin out of fallen timber in Burnham Cut.
• DIt obliges Clara's father to stay in the depot to keep the cast-iron stove burning.

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. How does the pacing of the text change from paragraph 1 to paragraph 2?

• AParagraph 1 is fast-paced and action-packed, while paragraph 2 slows down to describe roo…
• BParagraph 1 establishes a quiet, waiting scene, while paragraph 2 rapidly accelerates the…
• CBoth paragraphs maintain an identical, slow poetic pace describing snowdrifts.
• DParagraph 2 consists entirely of calm dialogue between Clara and her father.

Read the story excerpt and answer the question. In the winter of 1888, fourteen-year-old Clara sat huddled near the cast-iron stove in the Montpelier telegraph depot. Outside, a furious nor'easter howled across the Green Mountains, burying roads under drifts of heavy white snow. Clara's father, the head station operator, was stuck two miles down the ridge attempting to clear a fallen timber from the tracks. Clara had promised to watch the brass telegraph key, though she expected little activity on such a blizzard-blinded evening. At eight o'clock, the brass sounder suddenly clattered to life with frantic, sharp clicks: dot-dot-dot, dash-dash-dash, dot-dot-dot. Clara froze—the international signal for distress. She grabbed her pencil and pad, translating the rhythmic clicks as her heart hammered against her ribs: THE DOWN-EXPRESS TRAIN IS STALLED AT BURNHAM CUT. ENGINE FIRES OUT. SIXTY PASSENGERS IN FREEZING CARS. NEED ASSISTANCE IMMEDIATELY. Clara knew the stationmaster at Waterbury was off duty, and the main telephone wire was down. If help did not reach Burnham Cut within hours, the stranded passengers would face severe frostbite. Clutching the message pad, she reached for the transmitter key. Her fingers hesitated for a split second—she had passed her telegraphy exam only two weeks ago and had never handled an emergency alone. Taking a deep breath, Clara firmly tapped out the relay code to the Burlington division yards, requesting an emergency snowplow engine and thermal blankets. As the Burlington operator clicked back his confirmation—MESSAGE RECEIVED, EN ROUTE—Clara leaned back, the warmth of the stove returning to her cold hands. What feeling is conveyed by the ending phrase, "Clara leaned back, the warmth of the stove returning to her cold hands"?

• ABoredom and indifference toward the train passengers
• BRelief and a sense of accomplished duty after successfully sending the rescue request
• CPanic because the stove fire was going out
• DAnger that the Burlington operator took too long to reply