Free AFOQT Exam Flashcards

Ask what one item does for the other. If a compass guides direction, the matching pair should also show a tool or concept performing its normal function.

Check whether the first word is a type of the second, or the second is a broader class. For example, a trainer aircraft is a kind of aircraft, not a part or result of one.

Some pairs differ by intensity. If one word means mild concern and another means alarm, look for an answer pair with the same weaker-to-stronger pattern.

When two words are opposites, preserve the exact contrast. Opposite pairs must match the same idea, such as open versus closed or increase versus decrease.

If a vocabulary word is unfamiliar, use nearby clues and roots to decide whether it is positive, negative, active, passive, concrete, or abstract before choosing a synonym.

Concise means brief but complete. In AFOQT verbal items, do not confuse concise with vague; concise communication removes unnecessary words while keeping the meaning clear.

Ambiguous means open to more than one interpretation. A clear order reduces ambiguity by naming who acts, what must be done, and under what condition.

Prudent means wise and careful about consequences. It is not the same as timid; a prudent officer can act decisively after weighing risk.

The main idea is the passage's central point. Separate it from examples, statistics, and background details that merely support the author's larger claim.

An inference must be supported by the passage even if it is not stated word for word. Avoid choices that sound reasonable but add facts the passage never implies.

Tone is the author's attitude toward the subject. Look at word choice and emphasis to decide whether the passage is neutral, skeptical, supportive, urgent, or critical.

A distractor detail may appear in the passage but answer the wrong question. Match the answer to the task in the stem, not just to a familiar phrase.

Use distance = rate x time. Convert minutes to hours before multiplying or dividing when the rate is given per hour.

For quota or mission-total problems, subtract what is already completed, then divide the remaining work by the remaining time or people.

A weighted average depends on how much of each value is used. Do not average two rates directly unless the quantities behind them are equal.

A percent increase or decrease is based on the current amount, not always the original amount. Sequential percent changes must be applied one step at a time.

Keep ratio order consistent with the words in the problem. If the ratio is pilots to aircraft, the first number always tracks pilots and the second tracks aircraft.

AFOQT word problems may include extra numbers. Identify the quantity being asked for first, then select only the values needed to compute it.

Distribute, combine like terms, move variable terms to one side, move constants to the other, then divide by the coefficient. Check by substitution if time allows.

In y = mx + b, m is slope and b is the y-intercept. A negative slope falls as x increases; a positive slope rises as x increases.

When every term shares a factor, divide it out first. This can reveal a simpler expression and reduce arithmetic errors in algebra questions.

Mean is the arithmetic average, median is the middle value after sorting, and mode is the most frequent value. Sorting first prevents many median errors.

Probability equals favorable outcomes divided by total possible outcomes. Count outcomes systematically so you do not double-count or omit cases.

For x-y coordinates, x moves left or right and y moves up or down. Negative signs matter; reversing either sign sends you to a different table location.

Use the same scan order every time: find the x value, find the y value, trace to the intersection, then verify the signs before selecting the answer.

Before reading a table, confirm which axis is x and which is y. Many mistakes come from treating rows and columns as interchangeable.

In table reading practice, speed comes from a repeatable eye path, not guessing. A fast wrong lookup costs more than a slightly slower confirmed lookup.

The attitude indicator shows aircraft pitch and bank relative to the horizon. Nose above the horizon indicates climb attitude; tilted wings indicate bank.

The heading indicator shows the aircraft's direction of travel around the compass card. Use it to distinguish turning direction from pitch or bank information.

The altimeter indicates altitude. In instrument items, do not infer climb or descent from altitude alone unless the question also shows change over time.

The airspeed indicator shows speed through the air, not distance over the ground. Wind can make groundspeed different from indicated airspeed.

If the miniature aircraft or horizon display shows the right wing low, the aircraft is banked right. If the left wing is low, it is banked left.

Lift opposes weight, and thrust opposes drag. Stable flight depends on how these forces balance during climb, descent, acceleration, and level flight.

Angle of attack is the angle between the wing's chord line and the oncoming airflow. Excessive angle of attack can lead to a stall.

Lift is the aerodynamic force that acts generally upward on an aircraft wing. It depends on airflow, wing shape, air density, and angle of attack.

Drag is resistance caused by motion through the air. More drag requires more thrust to maintain speed, especially during high-lift or high-speed conditions.

A stall occurs when airflow separates enough from the wing that lift is greatly reduced. It is tied to angle of attack, not simply to low speed.

Runway numbers are based on magnetic direction rounded to the nearest ten degrees. The reciprocal runway points roughly the opposite direction.

True course references geographic north. Magnetic heading accounts for magnetic reference and may also need wind correction in practical navigation.

Groundspeed is speed over the ground. A tailwind increases groundspeed for a given airspeed, while a headwind decreases it.

A crosswind pushes the aircraft sideways relative to the desired track. Pilots correct by pointing slightly into the wind to maintain course.

A nautical mile is the standard distance unit used in aviation and marine navigation. In AFOQT prep, use it consistently when rates are given in knots.

Density altitude describes how the aircraft performs relative to air density. Higher density altitude generally reduces engine, propeller, and wing performance.

Atmospheric pressure generally decreases with altitude. This affects altimeter readings, engine performance, and the amount of oxygen available.

For every action, there is an equal and opposite reaction. Jet propulsion applies this principle by accelerating exhaust rearward to produce forward thrust.

Clouds, precipitation, haze, and fog can reduce visibility and raise workload. Aviation questions often test how weather changes risk and decision-making.

When a schedule conflicts with safety, choose the action that preserves people, equipment, and mission integrity. Shortcuts that hide risk are poor judgment.

Use the chain of command for problems that require authority or escalation. Handle routine peer issues directly and professionally before elevating them when appropriate.

Each AFOQT subtest has its own time pressure. Practice with section timing so you know when to solve, skip, mark mentally, and move on.

After practice, label each miss by cause: content gap, misread cue, arithmetic slip, wrong table coordinate, instrument misread, or rushed judgment. Review the pattern, not just the answer.