125+ Free RISE Science Grade 7 Practice Questions

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Key Facts: RISE Science Grade 7 Exam

Untimed

The RISE Grade 7 Science test is untimed, taking most students 60-90 minutes.

USBE RISE Assessment Guidelines

Level 3

Scoring Level 3 (Proficient) demonstrates mastery of Utah Grade 7 SEEd science standards.

Utah State Board of Education

4 Strands

Covers forces, plate tectonics, cellular biology, and genetics under Utah's SEEd framework.

Utah SEEd Core Standards

100 Items

This OpenExamPrep practice bank delivers 100 comprehensive questions with detailed explanations.

OpenExamPrep Practice Bank

$0 Fee

Utah public school students take the RISE state test free of charge.

Utah State Board of Education

Official RISE Science Grade 7 tests 7th-grade SEEd standards through phenomena-based questions. This 100-question practice bank provides an English-language MCQ study adaptation.

Sample RISE Science Grade 7 Practice Questions

Try these sample questions to test your RISE Science Grade 7 exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 125+ question experience with AI tutoring.

1A student pushes a heavy box across the classroom floor at a constant speed in a straight line. Which statement best describes the forces acting on the box?

A.The forces are balanced because the speed and direction are not changing.

B.The pushing force is greater than the friction force acting on the box.

C.Gravity is the only force acting on the box while it moves.

D.The forces are unbalanced because the box is in motion.

Explanation: According to Newton's First Law of Motion, when an object moves at a constant velocity (constant speed in a straight line), the net force acting on it is zero. This means the forward pushing force is exactly balanced by the kinetic friction force opposing it. If the pushing force were greater, the box would accelerate.

2Two students are pulling on opposite ends of a rope attached to a sled on snow. Student A pulls with a force of 40 N to the left, and Student B pulls with a force of 25 N to the right. What is the net force acting on the sled?

A.15 N to the left

B.65 N to the left

C.15 N to the right

D.0 N (balanced forces)

Explanation: Forces acting in opposite directions are subtracted to find the net force: 40 N − 25 N = 15 N. Because the force to the left is larger, the net force is 15 N pointing to the left, causing the sled to accelerate leftward.

3During a science investigation, a student releases a steel ball and a plastic ball of the exact same size down identical ramps. How does friction affect the rolling balls on a carpeted surface compared to a smooth wooden surface?

A.Carpet exerts greater friction, which converts more kinetic energy into thermal energy and slows the balls faster.

B.Carpet exerts less friction than wood because carpet fibers compress easily.

C.Friction depends only on gravity, so both surfaces exert identical frictional forces.

D.Friction speeds up the balls on carpet by creating extra grip.

Explanation: Rougher surfaces like carpet exert higher rolling resistance and kinetic friction against moving objects. This friction opposes motion, transforming mechanical kinetic energy into thermal energy and causing the balls to stop sooner than on smooth wood.

4An astronaut measures the mass and weight of a 10 kg equipment box on Earth and then takes it to the Moon, where gravity is one-sixth of Earth's gravity. How do the mass and weight of the box on the Moon compare to its mass and weight on Earth?

A.Mass remains 10 kg, but weight decreases on the Moon.

B.Both mass and weight decrease by one-sixth on the Moon.

C.Mass decreases on the Moon, but weight remains constant.

D.Both mass and weight remain unchanged anywhere in space.

Explanation: Mass is the amount of matter in an object and remains constant regardless of location (10 kg). Weight is the gravitational force pulling on that mass (Weight = mass × gravity). Because lunar gravity is weaker, the box weighs less on the Moon even though its mass is unchanged.

5A rubber balloon is rubbed against a wool sweater and then brought near small pieces of paper on a table. Without touching the paper, the balloon attracts the paper pieces. Which type of force is demonstrated?

A.Non-contact electrostatic force

B.Contact friction force

C.Non-contact gravitational pull between masses

D.Contact tension force

Explanation: Rubbing the balloon transfers electrons, charging it electrostatically. Electric forces act across a distance (non-contact force) via an electric field, attracting dipoles induced in the neutral paper pieces without physical contact.

6A bar magnet is placed on a smooth table. When the north pole of a second bar magnet is brought near the north pole of the first magnet, what phenomenon occurs?

A.The magnets exert a non-contact repulsive force pushing them apart.

B.The magnets exert a non-contact attractive force pulling them together.

C.The magnets cancel each other's magnetic fields and become demagnetized.

D.A contact force of friction pulls the magnets toward each other.

Explanation: Like magnetic poles (north-north or south-south) repel each other through invisible magnetic fields, creating a non-contact repulsive force. Opposite magnetic poles (north-south) attract.

7A skateboarder pushes off the ground with a foot. According to Newton's Third Law of Motion, what causes the skateboarder to accelerate forward?

A.The ground exerts an equal and opposite forward force on the foot.

B.The foot exerts a forward force on the air surrounding the skateboard.

C.Gravity pulls the skateboard forward along the ground.

D.The skateboard's wheels generate an independent forward force without touching the ground.

Explanation: Newton's Third Law states that for every action force, there is an equal and opposite reaction force. When the skateboarder pushes backward on the ground (action), the ground pushes forward on the foot with equal force (reaction), propelling the skateboarder forward.

8A toy car is tested on a track. In Experiment 1, a 1.0 N force is applied to a 0.5 kg car. In Experiment 2, the same 1.0 N force is applied to a 1.0 kg car. How will the acceleration in Experiment 2 compare to Experiment 1?

A.The acceleration in Experiment 2 will be half as much as in Experiment 1.

B.The acceleration in Experiment 2 will be double that of Experiment 1.

C.The acceleration in Experiment 2 will be identical to Experiment 1.

D.The acceleration in Experiment 2 will be four times greater.

Explanation: Newton's Second Law states Acceleration = Force ÷ Mass (a = F / m). Doubling the mass from 0.5 kg to 1.0 kg while keeping the net force constant at 1.0 N cuts the acceleration in half (from 2 m/s² down to 1 m/s²).

9A student sets up an electromagnet using an iron nail, insulated copper wire, and a D-cell battery. Which modification would increase the strength of the magnetic field generated by the electromagnet?

A.Increasing the number of wire coils wrapped around the iron nail

B.Replacing the iron core with a plastic rod of the same diameter

C.Decreasing the electrical current flowing through the circuit

D.Uncoiling the wire so it runs straight alongside the nail

Explanation: The magnetic field of an electromagnet depends on the electrical current strength, core material permeability, and the number of wire turns. Increasing the number of wire coils concentrates magnetic flux density, producing a stronger magnetic field.

10At the Bonneville Salt Flats in Utah, a rocket-powered land vehicle accelerates across the flat lakebed. If the engine provides a constant forward thrust of 5,000 N and air resistance plus friction total 2,000 N backward, what is the net force acting on the car?

A.3,000 N forward

B.7,000 N forward

C.3,000 N backward

D.5,000 N forward

Explanation: Net force is calculated by combining opposing force vectors: 5,000 N forward minus 2,000 N backward equals a net force of 3,000 N in the forward direction. This net force causes forward acceleration.

About the RISE Science Grade 7 Exam

Master Utah RISE Grade 7 Science with 100 practice questions. Covers Newton's laws, plate boundary dynamics, cell organelles, and Punnett squares under SEEd 7th-grade standards.

Assessment

Phenomena-based item clusters, selected-response, and technology-enabled tasks.

Time Limit

Untimed (~60-90 minutes typical)

Passing Score

Level 3 (Proficient)

Exam Fee

$0 (Free for Utah public school students) (Utah State Board of Education)

RISE Science Grade 7 Exam Content Outline

20%

Strand 7.1: Forces Are Interactions Between Matter

Balanced and unbalanced forces, Newton's laws and inertia, friction, and the non-contact gravitational, electric, and magnetic forces that act between objects and are described using fields.

20%

Strand 7.2: Changes to Earth Over Time

Plate tectonics and the evidence for it, the rock cycle, weathering, erosion and deposition, geologic time and the law of superposition, and the fossil record preserved in rock layers.

20%

Strand 7.3: Structure and Function of Life

Cell theory, plant and animal cell organelles and their functions, transport across membranes, and how tissues, organs, and organ systems interact to support the whole organism.

20%

Strand 7.4: Reproduction and Inheritance

Asexual and sexual reproduction, chromosomes and genes, dominant and recessive alleles and Punnett squares, genotype versus phenotype, mutations, and selective breeding.

20%

Strand 7.5: Changes in Species Over Time

Natural selection and adaptation, plus the fossil, anatomical (homologous structures), embryological, and molecular evidence for common ancestry and the diversity of life.

How to Pass the RISE Science Grade 7 Exam

What You Need to Know

Passing score: Level 3 (Proficient)
Assessment: Phenomena-based item clusters, selected-response, and technology-enabled tasks.
Time limit: Untimed (~60-90 minutes typical)
Exam fee: $0 (Free for Utah public school students)

Keys to Passing

Work through all 125 available questions
Review every answer and explanation
Track weak areas and revisit them
Use our AI tutor for tough concepts

RISE Science Grade 7 Study Tips from Top Performers

1Review phenomena scenarios carefully by analyzing cause-and-effect relationships in each problem stem.

2Practice calculating net force vectors and identifying balanced vs. unbalanced force states.

3Use diagrams to visualize convergent, divergent, and transform plate boundaries and their associated landforms.

4Memorize the key differences between plant and animal cell organelles, focusing on cell walls and chloroplasts.

5Master monohybrid Punnett square crosses to accurately predict genotype and phenotype percentages.

Frequently Asked Questions

What is the Utah RISE Grade 7 Science assessment?

RISE (Readiness, Improvement, Success, and Empowerment) is Utah's computer-adaptive summative assessment system for public school students. The Grade 7 Science test evaluates mastery of the Utah SEEd (Science with Engineering Education) standards using phenomena-driven clusters.

How long is the RISE Grade 7 Science exam?

The official RISE test is untimed, but students typically complete the assessment in approximately 60 to 90 minutes in a supervised school testing environment.

What topics are covered on the Grade 7 RISE Science test?

The exam covers four main SEEd strands: Forces & Motion (Strand 7.1), Changes in Earth's Surface & Plate Tectonics (Strand 7.2), Cells & Body Systems (Strand 7.3), and Reproduction & Heredity (Strand 7.4).

Are these practice questions official RISE test items?

No. This practice set provides an independent, English-language multiple-choice adaptation aligned strictly to Utah's Grade 7 SEEd science standards for practice and concept reinforcement.

125+ Free RISE Science Grade 7 Practice Questions

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