Your FREE Firefighter Exam Flashcards 2026 – 250+ Cards

Reading a fire-service passage or rule and answering questions using ONLY the information given — no outside knowledge.

Answer from the passage only. If it's not stated or directly implied by the text, it's not the answer.

The main idea is the passage's overall point; supporting details are the facts and examples that back it up.

Ask what the whole passage is mostly about — often stated in the first or last sentence, with details supporting it.

A fact question is answered word-for-word in the text; an inference question requires a logical conclusion from the text.

The answer is stated directly in the passage; scan back to the exact wording rather than relying on memory.

Skimming the questions first tells you what to look for, so you can scan the passage for those specific facts.

Words like always, never, all, only, must change a statement's meaning — match them exactly to the passage.

An answer that is true in real life but NOT supported by the passage. Stick to what the text actually says.

Surrounding words that reveal an unfamiliar word's meaning — definitions, examples, or contrasts nearby in the sentence.

Why the text was written — to inform, instruct, persuade, or describe. Procedures and rules are written to instruct.

The order events or steps happen. Words like first, then, before, after, and finally signal the sequence.

One event makes another happen. Signal words: because, since, therefore, as a result, so, leads to.

Restating the passage's key points briefly in your own words, leaving out minor details.

Pick the choice that captures the whole passage's main idea — not just one detail.

Read actively but quickly; locate the keyword from the question in the passage, then read around it for the answer.

A conclusion the passage strongly suggests but doesn't state outright — supported by the evidence given.

The sentence (often first in a paragraph) that states the paragraph's main point.

Skim to get the gist of a passage; scan to find a specific fact or keyword quickly.

The author's attitude (neutral, urgent, instructional). Procedures are usually neutral and instructional.

Combining stated facts to reach a logical end point the passage supports but may not state directly.

The right answer often restates the passage in different words — match the meaning, not just the wording.

Choices with always/never/only are often wrong unless the passage states them exactly that strongly.

Identify the condition (when it applies) and the required action (what must be done). Match both to the question.

Locate the keyword from the question in the passage, then read the sentence around it carefully for the exact answer.

A fact can be verified; an opinion expresses a belief or judgment. Procedures state facts and requirements.

A word with nearly the same meaning as another (hazard / danger; mitigate / lessen).

A word with the opposite meaning of another (ascend / descend; expand / contract).

To make less severe or less serious; to ease or lessen.

A danger or source of risk.

To move people out of a dangerous area to safety; to vacate.

Easily set on fire; combustible.

To go up or climb. Its antonym is descend (to go down).

Capable of catching fire and burning.

To remove smoke and heat from a structure by creating openings for airflow.

Find the relationship in the first pair, then apply the same relationship to the second pair. Hose : water :: nozzle : ?

A singular subject takes a singular verb; a plural subject takes a plural verb (The crew is ready / The crews are ready).

Their = possessive; there = a place; they're = they are.

Its = possessive (its hose); it's = it is or it has.

Two complete sentences joined without proper punctuation or a conjunction. Fix with a period, semicolon, or conjunction.

An incomplete sentence missing a subject or a verb. A complete sentence needs both and a complete thought.

Joining two independent clauses with only a comma. Fix with a period, semicolon, or a comma + conjunction.

Two negatives in one statement (didn't see nothing). Standard English uses only one negative.

Words that sound alike but differ in spelling and meaning (to/too/two; principal/principle).

Spelled r-e-c-e-i-v-e — 'i before e, except after c.'

in-/un- mean 'not'; mal- means 'bad.' Prefixes change a word's meaning (flammable → inflammable means the same; nonflammable = not).

Add 's to a singular noun (firefighter's gear); add just an apostrophe to a plural noun already ending in s (firefighters' gear).

Comparative compares two (faster, more careful); superlative compares three or more (fastest, most careful).

Use the simple past (extinguished, responded) for something finished in the past.

Sound the word out, check common patterns (ie/ei, double letters), and compare to the choices letter by letter.

Use roots, prefixes, and suffixes to estimate an unfamiliar word's meaning before checking the answer choices.

To put out, stop, or hold back.

Next to or near; bordering.

To block or get in the way of.

Enough; adequate for the need.

Earlier; before. 'Prior to' = before.

To begin or start something.

To act in accordance with a rule or request; to obey.

Dangerous; risky.

Your = possessive; you're = you are.

Then = time/sequence; than = comparison.

Affect (usually a verb) = to influence; effect (usually a noun) = a result.

Plural just adds -s (no apostrophe: hoses); possessive uses an apostrophe (hose's nozzle).

Capitalize specific names (Fire Chief Ramirez, Engine 12), not general terms (the chief, the engine).

Put a describing word/phrase next to the word it modifies to avoid confusion ('Running, the firefighter…').

Say it in the fewest clear words; cut redundancy. The clearest, shortest correct choice is usually right.

distance = rate × time. Rearrange to rate = distance ÷ time, or time = distance ÷ rate.

500 ÷ 125 = 4 minutes. Use time = amount ÷ flow rate.

part = percent × whole. To find 25% of 400: 0.25 × 400 = 100.

Divide the part by the whole, then × 100. 45 of 60 = 45 ÷ 60 = 0.75 = 75%.

(new − old) ÷ old × 100. A drop from 5 to 4 minutes = 1 ÷ 5 = 20% decrease.

Sum of the values ÷ how many values. (4 + 6 + 5 + 9) ÷ 4 = 24 ÷ 4 = 6.

The middle value when numbers are placed in order (the average of the two middle values if there is an even count).

50%.

25%.

75%.

About 33.3%.

20%.

12.5%.

Move the decimal one place to the left. 10% of 480 = 48.

Cross-multiply: a × d = b × c, then solve for the unknown.

length × width.

2 × (length + width) — the total distance around it.

π × radius², where π ≈ 3.14.

π × diameter (or 2 × π × radius).

Divide the numerator by the denominator. 3 ÷ 4 = 0.75.

Multiply by 100 (move the decimal two places right). 0.2 → 20%.

PEMDAS: Parentheses, Exponents, Multiply/Divide (left to right), Add/Subtract (left to right).

3,600 seconds (60 minutes × 60 seconds).

5,280 feet.

16 ounces.

6% of 250 = 15 gallons of concentrate; the rest is water.

0.40 × 1,000 = 400 gallons.

6 miles ÷ 0.2 hour = 30 mph (12 min = 0.2 hr).

500 ÷ 1.20 ≈ 417.

360 ÷ 6 = 60 feet each.

$70.50 — line up the decimals and add.

8 × $45.50 = $364.00.

Round numbers to easy values, compute, then check the exact answer is close — a fast sanity check.

length × width × height. Multiply all three dimensions.

Divide minutes by 60. 12 minutes = 12 ÷ 60 = 0.2 hour.

If the decimal is .5 or higher, round up; if lower, round down. 416.7 → 417.

Multiply the cost per unit by the number of units. 12 helmets at $85 = $1,020.

'How many more,' 'difference,' 'remaining,' and 'left' usually mean subtract.

'Total,' 'sum,' 'combined,' 'altogether,' and 'in all' usually mean add.

'Each,' 'per,' 'times,' 'of,' and 'product' often mean multiply.

'Split evenly,' 'per,' 'shared among,' 'average,' and 'how many groups' often mean divide.

More than the whole. 150% of 200 = 1.5 × 200 = 300.

Multiply the whole number by the denominator, add the numerator, keep the denominator. 2½ = 5/2.

Line up the decimal points, then add column by column. $42.50 + $9.25 = $51.75.

About 9 — 18% is close to 20%, and 20% of 50 = 10, so a bit under that.

Cover the value you want: distance = rate × time; rate = distance ÷ time; time = distance ÷ rate.

Take half, then add half of that half (50% + 25%). 75% of 60 = 30 + 15 = 45.

Time = gallons ÷ gallons-per-minute. 900 gal ÷ 150 GPM = 6 minutes.

1 — a single fixed pulley only changes the direction of the force, it does not reduce the effort needed.

2 — a single movable pulley supports the load on two rope segments, so it halves the effort (but you pull twice the distance).

Count the rope segments that support the load. Four supporting segments ≈ 4× mechanical advantage.

Fulcrum is between the effort and the load (seesaw, pry bar, scissors). Can multiply force or change direction.

Load is between the fulcrum and the effort (wheelbarrow, bottle opener, nutcracker). Always multiplies force.

Effort is between the fulcrum and the load (tweezers, broom, human forearm). Multiplies distance/speed, not force.

Effort × effort arm = Load × load arm. A longer effort arm lets a small effort lift a large load.

Less effort needed. Moving the effort farther from the fulcrum increases the lever's mechanical advantage.

Opposite directions. If gear A turns clockwise, the gear meshed with it turns counterclockwise.

It reverses the direction so the input and output gears turn the same way; it does not change the gear ratio.

Teeth on the driven gear ÷ teeth on the driver gear. A 20-tooth driving a 40-tooth gear = 2:1 ratio.

The large gear turns slower but with more torque (force). Trading speed for force.

The small gear turns faster but with less torque. Trading force for speed.

Pressure applied to a confined fluid is transmitted equally in all directions, letting a small force create a large force.

Force = Pressure × Area. A larger piston area produces a larger output force for the same fluid pressure.

The output piston has a larger area than the input piston, so the same fluid pressure pushes with greater total force.

It reduces the effort to raise a load by spreading the work over a longer, gentler distance (a ramp).

Two inclined planes back-to-back; it converts a forward force into a splitting force (axe, chisel, fire-axe blade).

An inclined plane wrapped around a cylinder; it converts rotation into linear force and holds materials together.

A large wheel fixed to a small axle; turning the large wheel multiplies force at the axle (steering wheel, windlass).

The factor by which a simple machine multiplies your input force — output force ÷ input force.

No. A simple machine trades force for distance (or vice versa); the total work stays about the same (minus friction).

A force that resists motion between surfaces in contact. It always opposes the direction of movement and produces heat.

Force per unit area (Force ÷ Area). The smaller the area, the higher the pressure for the same force.

A wider base and a lower center of gravity make an object (or a raised ladder) more stable and less likely to tip.

Uses gravity and atmospheric pressure to move liquid up over a barrier and down to a lower level through a tube.

Their teeth must move at the same rate, so the gear with fewer teeth completes more turns — it spins faster.

Your understanding of simple machines, forces, gears, pulleys, levers, and basic physics applied to tools and equipment.

A turning or twisting force. It increases with a longer lever arm or a greater applied force (force × distance from pivot).

More supporting rope segments (more pulleys) give greater mechanical advantage, so less effort is needed.

A compressed or stretched spring stores elastic potential energy and pushes back toward its resting length.

An upward force on an object in a fluid equal to the weight of the fluid it displaces (why some objects float).

It increases the lever arm, so the same hand force produces more torque (turning force) at the bolt.

Fixed = changes direction only (MA 1). Movable = halves the effort (MA 2) but you pull twice the rope.

Turns slower than the smaller gear it meshes with, but delivers more torque.

The 30-tooth gear turns one-third as fast (3:1 reduction); it turns once for every three turns of the small gear.

An open belt makes both pulleys turn the same direction; a crossed belt makes them turn opposite directions.

Slower than the smaller pulley it's belted to (more circumference per turn).

Effort arm = distance from fulcrum to effort; load arm = distance from fulcrum to load. A longer effort arm eases lifting.

As far from the fulcrum as possible — the longer effort arm multiplies your force.

About 14.7 pounds per square inch (psi) — the weight of the air pushing on everything.

Yes — the deeper you go, the greater the pressure, because more water weight presses down from above.

Heat moving through direct contact between materials (a metal tool handle getting hot).

Heat carried by a moving fluid or gas — hot smoke and gases rising and spreading in a building.

Heat traveling as waves through space, with no contact needed — feeling a fire's warmth from across a room.

A wider base keeps the center of gravity over the support, improving stability against tipping.

It reduces the force you need but increases the distance you move it (or vice versa). Work in ≈ work out.

Controls the flow of a fluid — opening, closing, or regulating how much liquid or gas passes through.

Narrowing the opening forces the same flow through a smaller area, raising the water's velocity (and reach).

A weight that balances a load on the opposite side of a pivot, like on an aerial ladder, improving stability.

Also stops — meshed gears are mechanically linked and move together.

Mentally rotating, folding, or picturing objects and maps — visualizing space without physically moving anything.

Finding the shortest or fastest legal route from the station to an incident, obeying one-way streets and barriers.

An arrow shows the only legal direction of travel. Your route must follow the arrows, never against them.

North (up), South (down), East (right), West (left) on a standard map. Maps usually show a north arrow.

Trace each legal path, count blocks or turns, and pick the path that is shortest while obeying one-way arrows.

Picturing how a shape or object looks after it's turned a quarter, half, or full turn.

A flipped version of a figure, like its reflection in a mirror — left and right are swapped.

Predicting where holes or shapes appear after a folded paper is punched and then unfolded.

Among similar figures, the one that differs by rotation, an extra part, or a missing part.

Choosing the figure that continues a series by spotting what changes step to step (rotation, size, count).

Mirror images are the most common wrong-answer trap on rotation questions — rule them out to narrow the choices.

Which way an object is facing or turned. Track a single reference point (like a corner mark) as the figure rotates.

Interpreting a 2-D diagram to locate exits, stairwells, and rooms — key for memory-and-spatial firefighter items.

Picturing the inside or a different view of a 3-D object from a 2-D drawing.

A 90-degree rotation. Two quarter turns = a half turn (180 degrees); four = a full turn (360 degrees).

The ratio of map distance to real distance; use it to estimate how far apart two points actually are.

In the opposite direction from where you started (two right turns = 180 degrees).

East. Right from north → east → south → west → back to north.

It shows which way is north so you can orient the map's directions correctly before plotting a route.

A dead end stops; a through street connects. On route questions, dead ends can't be used to pass through.

Picture which square folds to which face; opposite faces never touch when the net is folded into a cube.

When one half of a figure mirrors the other. A symmetric figure looks the same after a flip across its line of symmetry.

Pick one distinctive feature (an arrow tip or notch) and follow only it as the figure turns.

Count grid blocks along the legal path; each block is a fixed distance from the map's scale.

Presents a realistic on-the-job scenario and asks for the BEST (and sometimes worst) response among the options.

Pick the response that is safe, follows policy and the chain of command, and best balances all the people involved.

Items are scored against expert/agency consensus on the most effective response, not a single math-style right answer.

How you handle teamwork, conflict, the public, and authority — core to firefighting as a team-based public-safety job.

Ensure safety and size up the situation; protect life before property, and follow established procedures.

The order of authority. Report up the chain and follow lawful orders from your company officer.

Applying a general rule to a specific case to reach a conclusion that must be true if the rule holds.

Using specific observations or patterns to reach a likely general conclusion (spotting the cause of a recurring problem).

A policy is stated, then a situation; you decide whether the rule applies and what it requires. Match the situation to the rule exactly.

Life safety first, then incident stabilization, then property conservation — the classic fireground priority order.

Trying to give the answer you think they want. Choose the genuinely safest, most professional response, not the flashiest.

Address it professionally and directly, stay respectful, and involve a supervisor if it affects safety or operations.

Stay calm, communicate clearly, show empathy, and keep people safe and informed.

Generally follow lawful orders and raise the concern appropriately afterward, unless it is clearly unsafe or illegal.

Don't add information the scenario didn't state. Judge only on what the item actually tells you.

At least two firefighters enter a hazardous atmosphere together while two remain outside, ready to rescue — a safety standard.

Report it promptly through the proper channel before it causes harm — proactive safety is expected.

Pace yourself, answer easy questions first, and don't leave items blank if there's no penalty for guessing.

Some items ask for the LEAST effective action; read carefully so you don't pick a 'good' answer when they want the worst.

Life safety first, then incident stabilization, then property conservation (sometimes remembered as LIP).

Address it (or report it) promptly — protecting the crew's safety outweighs avoiding an awkward conversation.

Ask for clarification respectfully before acting, rather than guessing and risking a mistake.

Treat the public with respect and empathy; firefighters serve and reassure people on their worst day.

A necessary condition must be present; a sufficient condition guarantees the result. Don't confuse the two.

'All A are B' does not mean 'all B are A.' Don't reverse a rule when applying it.

Pick the response that is safest, most professional, and helps the most people — the best, not just an acceptable, action.

Studying a picture, map, or passage for a set time, then answering from memory after it's removed.

Look systematically — note people, exits, hazards, numbers, and colors. Build a mental checklist instead of staring randomly.

Carefully applying a sequence of written instructions exactly, in order, without skipping or reordering steps.

Putting steps or events into the correct logical or procedural sequence (e.g., the right order to don breathing apparatus).

Doing steps out of order (like opening an air valve before the mask is sealed) can be dangerous — order matters.

Chunk it: group items by location or category, and rehearse the few details most likely to be tested.

Move your eyes in a consistent pattern (left to right, near to far) so you don't miss details.

Comparing near-identical items (codes, addresses, words) character by character to find the one difference.

Place the mask, tighten the face seal, open the cylinder valve, then check the gauge for full pressure.

Remove the cap, flush the hydrant, attach the hose, then open the hydrant fully.

Put on gloves, apply direct pressure, apply a dressing/bandage, then call for additional help.

Pull the pin, Aim at the base of the fire, Squeeze the handle, Sweep side to side.

Size up the door and locate the lock, set the adze of the tool, force the lock, then push the door open.

Trust your systematic notes; answer the details you encoded first, then reason out the rest.

Read all the steps once, then execute them in the exact stated order — re-check before choosing your answer.

Practice timed observation drills: view an image for ~60 seconds, cover it, then recall as many details as possible.

Grouping items into meaningful clusters (by room, by hazard) so you remember more in the limited study time.

Mentally repeating key details during the study window to move them into memory before the image is removed.

Do every step, in the given order, without adding or skipping — order and completeness both count.

In an ordering item, find the step that logically must come first (safety/protection) and build the sequence from there.

People, exits, hazards, addresses/numbers, colors, and positions — scan for each category deliberately.

Memory items give a fixed viewing time; rehearsing under the clock trains you to encode the right details fast.

Compare entries in small chunks (groups of digits/letters) to catch a single changed character.

First, next, then, before, after, finally — they reveal the correct order in following-directions items.

A self-report personality/work-style questionnaire measuring traits that predict success as a firefighter.

Usually a five-point Likert scale from Strongly Agree to Strongly Disagree — you rate how well each statement describes you.

No single keyed correct answer per item; responses are compared to the trait profile of effective firefighters.

How well you collaborate and cooperate with crew members — highly valued because firefighting is team-based.

No. Faking is detectable through consistency checks and can backfire; answer honestly and consistently.

Consistency scales catch contradictory answers, and an honest profile gives the best, most defensible result for you.

The ability to stay calm, focused, and effective under pressure — essential in emergency response.

Being honest, reliable, and accountable — showing up, following rules, and doing the job correctly.

A genuine motivation to help and protect the public, central to a public-safety role.

Adjusting effectively to changing, unpredictable conditions on the fireground.

Cognitive ability predicts learning; behavioral traits predict reliability, teamwork, and fit for the firefighter role.

Embedded checks that flag candidates who answer similar statements in contradictory ways, indicating careless or dishonest responding.

Being organized, careful, disciplined, and dependable — a strong predictor of job performance.

Strongly preferring to work alone is generally viewed less favorably because firefighting depends on coordinated crew work.

Managing your reactions and resolving disagreements professionally rather than impulsively.

The cognitive section is timed and has right answers; the behavioral section is typically untimed self-report with no single right answer.

A questionnaire where you describe yourself; results are scored against the profile of effective firefighters.

Inconsistent responses to similar statements can flag your results as careless or dishonest — answer steadily and honestly.

A reliable willingness to cooperate, share the workload, and support crew members under pressure.

Staying composed and even-tempered under stress rather than reacting impulsively.

A disposition to respect procedures, safety rules, and authority — valued in a structured, hazardous job.

No — present yourself honestly. Over-claiming on every item is detectable and can hurt your standing.

Taking appropriate action without being told, within your role and training — balanced with following orders.

Together they predict who can learn the job AND reliably perform it safely as part of a team.