- Fixed pulley: mechanical advantage?
- 1 — a single fixed pulley only changes the direction of the force, it does not reduce the effort needed.
- Movable pulley: mechanical advantage?
- 2 — a single movable pulley supports the load on two rope segments, so it halves the effort (but you pull twice the distance).
- Block and tackle: how do you find mechanical advantage?
- Count the rope segments that support the load. Four supporting segments ≈ 4× mechanical advantage.
- Class 1 lever
- Fulcrum is between the effort and the load (seesaw, pry bar, scissors). Can multiply force or change direction.
- Class 2 lever
- Load is between the fulcrum and the effort (wheelbarrow, bottle opener, nutcracker). Always multiplies force.
- Class 3 lever
- Effort is between the fulcrum and the load (tweezers, broom, human forearm). Multiplies distance/speed, not force.
- Lever law (law of the lever)
- Effort × effort arm = Load × load arm. A longer effort arm lets a small effort lift a large load.
- Longer lever arm means…
- Less effort needed. Moving the effort farther from the fulcrum increases the lever's mechanical advantage.
- Two meshed gears turn which way relative to each other?
- Opposite directions. If gear A turns clockwise, the gear meshed with it turns counterclockwise.
- Idler gear: what does it do?
- It reverses the direction so the input and output gears turn the same way; it does not change the gear ratio.
- Gear ratio
- Teeth on the driven gear ÷ teeth on the driver gear. A 20-tooth driving a 40-tooth gear = 2:1 ratio.
- Small gear driving a large gear
- The large gear turns slower but with more torque (force). Trading speed for force.
- Large gear driving a small gear
- The small gear turns faster but with less torque. Trading force for speed.
- Pascal's principle (hydraulics)
- Pressure applied to a confined fluid is transmitted equally in all directions, letting a small force create a large force.
- Hydraulic force formula
- Force = Pressure × Area. A larger piston area produces a larger output force for the same fluid pressure.
- Why does a hydraulic jack multiply force?
- The output piston has a larger area than the input piston, so the same fluid pressure pushes with greater total force.
- Inclined plane: what does it do?
- It reduces the effort to raise a load by spreading the work over a longer, gentler distance (a ramp).
- Wedge
- Two inclined planes back-to-back; it converts a forward force into a splitting force (axe, chisel, fire-axe blade).
- Screw
- An inclined plane wrapped around a cylinder; it converts rotation into linear force and holds materials together.
- Wheel and axle
- A large wheel fixed to a small axle; turning the large wheel multiplies force at the axle (steering wheel, windlass).
- Mechanical advantage, in one line
- The factor by which a simple machine multiplies your input force — output force ÷ input force.
- Does a machine give you 'free' work?
- No. A simple machine trades force for distance (or vice versa); the total work stays about the same (minus friction).
- Friction
- A force that resists motion between surfaces in contact. It always opposes the direction of movement and produces heat.
- Pressure
- Force per unit area (Force ÷ Area). The smaller the area, the higher the pressure for the same force.
- Center of gravity (stability)
- A wider base and a lower center of gravity make an object (or a raised ladder) more stable and less likely to tip.
- Siphon
- Uses gravity and atmospheric pressure to move liquid up over a barrier and down to a lower level through a tube.
- Why do meshed gears of different size spin at different speeds?
- Their teeth must move at the same rate, so the gear with fewer teeth completes more turns — it spins faster.
- Mechanical reasoning: what does it test?
- Your understanding of simple machines, forces, gears, pulleys, levers, and basic physics applied to tools and equipment.
- Torque
- A turning or twisting force. It increases with a longer lever arm or a greater applied force (force × distance from pivot).
- Which provides more force: more pulleys or fewer?
- More supporting rope segments (more pulleys) give greater mechanical advantage, so less effort is needed.
- Spring: what stores the energy?
- A compressed or stretched spring stores elastic potential energy and pushes back toward its resting length.
- Buoyancy
- An upward force on an object in a fluid equal to the weight of the fluid it displaces (why some objects float).
- distance = ?
- distance = rate × time. Rearrange to rate = distance ÷ time, or time = distance ÷ rate.
- How long will 500 gallons last at 125 GPM?
- 500 ÷ 125 = 4 minutes. Use time = amount ÷ flow rate.
- part = ? (percent)
- part = percent × whole. To find 25% of 400: 0.25 × 400 = 100.
- How do you find what percent one number is of another?
- Divide the part by the whole, then × 100. 45 of 60 = 45 ÷ 60 = 0.75 = 75%.
- Percent change formula
- (new − old) ÷ old × 100. A drop from 5 to 4 minutes = 1 ÷ 5 = 20% decrease.
- Average (mean)
- Sum of the values ÷ how many values. (4 + 6 + 5 + 9) ÷ 4 = 24 ÷ 4 = 6.
- Median
- The middle value when numbers are placed in order (the average of the two middle values if there is an even count).
- ½ as a percent
- 50%.
- ¼ as a percent
- 25%.
- ¾ as a percent
- 75%.
- ⅓ as a percent
- About 33.3%.
- ⅕ as a percent
- 20%.
- ⅛ as a percent
- 12.5%.
- How do you find 10% of a number quickly?
- Move the decimal one place to the left. 10% of 480 = 48.
- Ratio / proportion: how to solve a/b = c/d
- Cross-multiply: a × d = b × c, then solve for the unknown.
- Area of a rectangle
- length × width.
- Perimeter of a rectangle
- 2 × (length + width) — the total distance around it.
- Area of a circle
- π × radius², where π ≈ 3.14.
- Circumference of a circle
- π × diameter (or 2 × π × radius).
- Convert a fraction to a decimal
- Divide the numerator by the denominator. 3 ÷ 4 = 0.75.
- Convert a decimal to a percent
- Multiply by 100 (move the decimal two places right). 0.2 → 20%.
- Order of operations
- PEMDAS: Parentheses, Exponents, Multiply/Divide (left to right), Add/Subtract (left to right).
- Convert 1 hour to seconds
- 3,600 seconds (60 minutes × 60 seconds).
- How many feet in a mile?
- 5,280 feet.
- How many ounces in a pound?
- 16 ounces.
- How many gallons of finished foam from 6% concentrate in 250 gal?
- 6% of 250 = 15 gallons of concentrate; the rest is water.
- A tank is 40% full and holds 1,000 gal. How many gallons?
- 0.40 × 1,000 = 400 gallons.
- Speed from distance & time: 6 miles in 12 minutes
- 6 miles ÷ 0.2 hour = 30 mph (12 min = 0.2 hr).
- Reverse percent: 500 is 120% of last year. Last year?
- 500 ÷ 1.20 ≈ 417.
- Divide 360 feet evenly among 6 compartments
- 360 ÷ 6 = 60 feet each.
- Add money: $42.50 + $18.75 + $9.25
- $70.50 — line up the decimals and add.
- Multiply: 8 boots at $45.50 each
- 8 × $45.50 = $364.00.
- Estimating: round before you compute
- Round numbers to easy values, compute, then check the exact answer is close — a fast sanity check.
- Reading comprehension: what does it test?
- Reading a fire-service passage or rule and answering questions using ONLY the information given — no outside knowledge.
- Golden rule of reading-comprehension answers
- Answer from the passage only. If it's not stated or directly implied by the text, it's not the answer.
- Main idea vs. supporting detail
- The main idea is the passage's overall point; supporting details are the facts and examples that back it up.
- How to find the main idea
- Ask what the whole passage is mostly about — often stated in the first or last sentence, with details supporting it.
- Fact vs. inference question
- A fact question is answered word-for-word in the text; an inference question requires a logical conclusion from the text.
- 'According to the passage…' — what does it signal?
- The answer is stated directly in the passage; scan back to the exact wording rather than relying on memory.
- Strategy: questions first or passage first?
- Skimming the questions first tells you what to look for, so you can scan the passage for those specific facts.
- Watch for qualifier words
- Words like always, never, all, only, must change a statement's meaning — match them exactly to the passage.
- Common reading trap
- An answer that is true in real life but NOT supported by the passage. Stick to what the text actually says.
- Context clues
- Surrounding words that reveal an unfamiliar word's meaning — definitions, examples, or contrasts nearby in the sentence.
- Author's purpose
- Why the text was written — to inform, instruct, persuade, or describe. Procedures and rules are written to instruct.
- Sequence in a passage
- The order events or steps happen. Words like first, then, before, after, and finally signal the sequence.
- Cause and effect
- One event makes another happen. Signal words: because, since, therefore, as a result, so, leads to.
- Summarizing
- Restating the passage's key points briefly in your own words, leaving out minor details.
- 'Best title' questions
- Pick the choice that captures the whole passage's main idea — not just one detail.
- Reading under time pressure
- Read actively but quickly; locate the keyword from the question in the passage, then read around it for the answer.
- Implied (inferred) meaning
- A conclusion the passage strongly suggests but doesn't state outright — supported by the evidence given.
- Topic sentence
- The sentence (often first in a paragraph) that states the paragraph's main point.
- Synonym
- A word with nearly the same meaning as another (hazard / danger; mitigate / lessen).
- Antonym
- A word with the opposite meaning of another (ascend / descend; expand / contract).
- 'Mitigate' means
- To make less severe or less serious; to ease or lessen.
- 'Hazard' means
- A danger or source of risk.
- 'Evacuate' means
- To move people out of a dangerous area to safety; to vacate.
- 'Flammable' means
- Easily set on fire; combustible.
- 'Ascend' means
- To go up or climb. Its antonym is descend (to go down).
- 'Combustible' means
- Capable of catching fire and burning.
- 'Ventilate' means
- To remove smoke and heat from a structure by creating openings for airflow.
- Analogy: how to solve
- Find the relationship in the first pair, then apply the same relationship to the second pair. Hose : water :: nozzle : ?
- Subject–verb agreement
- A singular subject takes a singular verb; a plural subject takes a plural verb (The crew is ready / The crews are ready).
- Their, there, they're
- Their = possessive; there = a place; they're = they are.
- Its vs. it's
- Its = possessive (its hose); it's = it is or it has.
- Run-on sentence
- Two complete sentences joined without proper punctuation or a conjunction. Fix with a period, semicolon, or conjunction.
- Sentence fragment
- An incomplete sentence missing a subject or a verb. A complete sentence needs both and a complete thought.
- Comma splice
- Joining two independent clauses with only a comma. Fix with a period, semicolon, or a comma + conjunction.
- Double negative
- Two negatives in one statement (didn't see nothing). Standard English uses only one negative.
- Homophones
- Words that sound alike but differ in spelling and meaning (to/too/two; principal/principle).
- Commonly misspelled: 'receive'
- Spelled r-e-c-e-i-v-e — 'i before e, except after c.'
- Prefix 'in-' / 'un-' / 'mal-'
- in-/un- mean 'not'; mal- means 'bad.' Prefixes change a word's meaning (flammable → inflammable means the same; nonflammable = not).
- Apostrophe for possession
- Add 's to a singular noun (firefighter's gear); add just an apostrophe to a plural noun already ending in s (firefighters' gear).
- Comparative vs. superlative
- Comparative compares two (faster, more careful); superlative compares three or more (fastest, most careful).
- Correct verb tense for a completed past action
- Use the simple past (extinguished, responded) for something finished in the past.
- Spelling strategy on the exam
- Sound the word out, check common patterns (ie/ei, double letters), and compare to the choices letter by letter.
- Vocabulary strategy
- Use roots, prefixes, and suffixes to estimate an unfamiliar word's meaning before checking the answer choices.
- Spatial reasoning: what does it test?
- Mentally rotating, folding, or picturing objects and maps — visualizing space without physically moving anything.
- Map reading on the firefighter exam
- Finding the shortest or fastest legal route from the station to an incident, obeying one-way streets and barriers.
- One-way street on a map
- An arrow shows the only legal direction of travel. Your route must follow the arrows, never against them.
- Cardinal directions
- North (up), South (down), East (right), West (left) on a standard map. Maps usually show a north arrow.
- Shortest route strategy
- Trace each legal path, count blocks or turns, and pick the path that is shortest while obeying one-way arrows.
- Mental rotation
- Picturing how a shape or object looks after it's turned a quarter, half, or full turn.
- Mirror image (reflection)
- A flipped version of a figure, like its reflection in a mirror — left and right are swapped.
- Paper-folding question
- Predicting where holes or shapes appear after a folded paper is punched and then unfolded.
- Identifying the odd one out
- Among similar figures, the one that differs by rotation, an extra part, or a missing part.
- Pattern completion
- Choosing the figure that continues a series by spotting what changes step to step (rotation, size, count).
- Why eliminate mirror images first?
- Mirror images are the most common wrong-answer trap on rotation questions — rule them out to narrow the choices.
- Orientation
- Which way an object is facing or turned. Track a single reference point (like a corner mark) as the figure rotates.
- Reading a floor plan / building layout
- Interpreting a 2-D diagram to locate exits, stairwells, and rooms — key for memory-and-spatial firefighter items.
- Cross-section / 3-D visualization
- Picturing the inside or a different view of a 3-D object from a 2-D drawing.
- Quarter turn
- A 90-degree rotation. Two quarter turns = a half turn (180 degrees); four = a full turn (360 degrees).
- Scale on a map
- The ratio of map distance to real distance; use it to estimate how far apart two points actually are.
- Situational judgment test (SJT)
- Presents a realistic on-the-job scenario and asks for the BEST (and sometimes worst) response among the options.
- How to answer an SJT item
- Pick the response that is safe, follows policy and the chain of command, and best balances all the people involved.
- SJT: is there one factual 'correct' answer?
- Items are scored against expert/agency consensus on the most effective response, not a single math-style right answer.
- Human relations / interpersonal items test…
- How you handle teamwork, conflict, the public, and authority — core to firefighting as a team-based public-safety job.
- Best first action at most emergency scenes
- Ensure safety and size up the situation; protect life before property, and follow established procedures.
- Chain of command
- The order of authority. Report up the chain and follow lawful orders from your company officer.
- Deductive reasoning
- Applying a general rule to a specific case to reach a conclusion that must be true if the rule holds.
- Inductive reasoning
- Using specific observations or patterns to reach a likely general conclusion (spotting the cause of a recurring problem).
- Rule-application item
- A policy is stated, then a situation; you decide whether the rule applies and what it requires. Match the situation to the rule exactly.
- Judgment item: what to prioritize
- Life safety first, then incident stabilization, then property conservation — the classic fireground priority order.
- 'Fake good' on judgment items
- Trying to give the answer you think they want. Choose the genuinely safest, most professional response, not the flashiest.
- Conflict with a coworker: best approach
- Address it professionally and directly, stay respectful, and involve a supervisor if it affects safety or operations.
- Dealing with the public under stress
- Stay calm, communicate clearly, show empathy, and keep people safe and informed.
- Following a direct order you have a minor concern about
- Generally follow lawful orders and raise the concern appropriately afterward, unless it is clearly unsafe or illegal.
- Reasoning trap: assuming facts not given
- Don't add information the scenario didn't state. Judge only on what the item actually tells you.
- Two-in / two-out rule (judgment context)
- At least two firefighters enter a hazardous atmosphere together while two remain outside, ready to rescue — a safety standard.
- Reporting a safety hazard you notice
- Report it promptly through the proper channel before it causes harm — proactive safety is expected.
- Time management on a written exam
- Pace yourself, answer easy questions first, and don't leave items blank if there's no penalty for guessing.
- Memory & observation items: what do they test?
- Studying a picture, map, or passage for a set time, then answering from memory after it's removed.
- Strategy for a memory picture
- Look systematically — note people, exits, hazards, numbers, and colors. Build a mental checklist instead of staring randomly.
- Following-directions items
- Carefully applying a sequence of written instructions exactly, in order, without skipping or reordering steps.
- Information ordering
- Putting steps or events into the correct logical or procedural sequence (e.g., the right order to don breathing apparatus).
- Why is sequence order safety-critical for firefighters?
- Doing steps out of order (like opening an air valve before the mask is sealed) can be dangerous — order matters.
- How to memorize a layout fast
- Chunk it: group items by location or category, and rehearse the few details most likely to be tested.
- Observation: scanning a scene
- Move your eyes in a consistent pattern (left to right, near to far) so you don't miss details.
- Attention to detail
- Comparing near-identical items (codes, addresses, words) character by character to find the one difference.
- Donning SCBA — correct order
- Place the mask, tighten the face seal, open the cylinder valve, then check the gauge for full pressure.
- Connecting a supply line to a hydrant — order
- Remove the cap, flush the hydrant, attach the hose, then open the hydrant fully.
- Severe bleeding — correct order
- Put on gloves, apply direct pressure, apply a dressing/bandage, then call for additional help.
- PASS (fire extinguisher steps)
- Pull the pin, Aim at the base of the fire, Squeeze the handle, Sweep side to side.
- Forcible entry on an inward door — order
- Size up the door and locate the lock, set the adze of the tool, force the lock, then push the door open.
- Recall under pressure
- Trust your systematic notes; answer the details you encoded first, then reason out the rest.
- Following multi-step instructions
- Read all the steps once, then execute them in the exact stated order — re-check before choosing your answer.
- Best way to study for memory items
- Practice timed observation drills: view an image for ~60 seconds, cover it, then recall as many details as possible.
- Behavioral orientation (non-cognitive) section
- A self-report personality/work-style questionnaire measuring traits that predict success as a firefighter.
- Behavioral section response format
- Usually a five-point Likert scale from Strongly Agree to Strongly Disagree — you rate how well each statement describes you.
- Is there a 'correct' answer on the behavioral section?
- No single keyed correct answer per item; responses are compared to the trait profile of effective firefighters.
- Team orientation
- How well you collaborate and cooperate with crew members — highly valued because firefighting is team-based.
- Should you 'fake good' on the behavioral section?
- No. Faking is detectable through consistency checks and can backfire; answer honestly and consistently.
- Why answer the behavioral section honestly?
- Consistency scales catch contradictory answers, and an honest profile gives the best, most defensible result for you.
- Stress tolerance
- The ability to stay calm, focused, and effective under pressure — essential in emergency response.
- Integrity / dependability
- Being honest, reliable, and accountable — showing up, following rules, and doing the job correctly.
- Service orientation
- A genuine motivation to help and protect the public, central to a public-safety role.
- Adaptability
- Adjusting effectively to changing, unpredictable conditions on the fireground.
- Why measure non-cognitive traits at all?
- Cognitive ability predicts learning; behavioral traits predict reliability, teamwork, and fit for the firefighter role.
- Consistency (validity) scale
- Embedded checks that flag candidates who answer similar statements in contradictory ways, indicating careless or dishonest responding.
- Conscientiousness
- Being organized, careful, disciplined, and dependable — a strong predictor of job performance.
- Working alone vs. as a crew (behavioral)
- Strongly preferring to work alone is generally viewed less favorably because firefighting depends on coordinated crew work.
- Conflict and emotional control
- Managing your reactions and resolving disagreements professionally rather than impulsively.
- Behavioral vs. cognitive section: timed?
- The cognitive section is timed and has right answers; the behavioral section is typically untimed self-report with no single right answer.
- Why does a longer wrench loosen a bolt more easily?
- It increases the lever arm, so the same hand force produces more torque (turning force) at the bolt.
- Fixed vs. movable pulley — quick contrast
- Fixed = changes direction only (MA 1). Movable = halves the effort (MA 2) but you pull twice the rope.
- Gear with more teeth in a pair…
- Turns slower than the smaller gear it meshes with, but delivers more torque.
- Two gears, 10 teeth driving 30 teeth — speed ratio?
- The 30-tooth gear turns one-third as fast (3:1 reduction); it turns once for every three turns of the small gear.
- Belt-and-pulley system: same-side belt
- An open belt makes both pulleys turn the same direction; a crossed belt makes them turn opposite directions.
- Larger pulley on a belt drive turns…
- Slower than the smaller pulley it's belted to (more circumference per turn).
- Effort arm vs. load arm
- Effort arm = distance from fulcrum to effort; load arm = distance from fulcrum to load. A longer effort arm eases lifting.
- Where to push to lift a heavy load with a pry bar?
- As far from the fulcrum as possible — the longer effort arm multiplies your force.
- Atmospheric pressure at sea level
- About 14.7 pounds per square inch (psi) — the weight of the air pushing on everything.
- Does water pressure increase with depth?
- Yes — the deeper you go, the greater the pressure, because more water weight presses down from above.
- Heat transfer: conduction
- Heat moving through direct contact between materials (a metal tool handle getting hot).
- Heat transfer: convection
- Heat carried by a moving fluid or gas — hot smoke and gases rising and spreading in a building.
- Heat transfer: radiation
- Heat traveling as waves through space, with no contact needed — feeling a fire's warmth from across a room.
- Why do heavy objects need a wider base to stay upright?
- A wider base keeps the center of gravity over the support, improving stability against tipping.
- Simple machine: what's the trade-off?
- It reduces the force you need but increases the distance you move it (or vice versa). Work in ≈ work out.
- Valve: what does it do?
- Controls the flow of a fluid — opening, closing, or regulating how much liquid or gas passes through.
- Why does a nozzle increase water speed?
- Narrowing the opening forces the same flow through a smaller area, raising the water's velocity (and reach).
- Counterweight
- A weight that balances a load on the opposite side of a pivot, like on an aerial ladder, improving stability.
- Two interlocking gears: if one stops, the other…
- Also stops — meshed gears are mechanically linked and move together.
- Volume of a rectangular tank
- length × width × height. Multiply all three dimensions.
- Convert minutes to a fraction of an hour
- Divide minutes by 60. 12 minutes = 12 ÷ 60 = 0.2 hour.
- Rounding to the nearest whole number
- If the decimal is .5 or higher, round up; if lower, round down. 416.7 → 417.
- Find the total from a per-unit cost
- Multiply the cost per unit by the number of units. 12 helmets at $85 = $1,020.
- Subtraction word cue
- 'How many more,' 'difference,' 'remaining,' and 'left' usually mean subtract.
- Addition word cue
- 'Total,' 'sum,' 'combined,' 'altogether,' and 'in all' usually mean add.
- Multiplication word cue
- 'Each,' 'per,' 'times,' 'of,' and 'product' often mean multiply.
- Division word cue
- 'Split evenly,' 'per,' 'shared among,' 'average,' and 'how many groups' often mean divide.
- Percent greater than 100%
- More than the whole. 150% of 200 = 1.5 × 200 = 300.
- Mixed number to improper fraction
- Multiply the whole number by the denominator, add the numerator, keep the denominator. 2½ = 5/2.
- Adding decimals
- Line up the decimal points, then add column by column. $42.50 + $9.25 = $51.75.
- Estimate 18% of 50
- About 9 — 18% is close to 20%, and 20% of 50 = 10, so a bit under that.
- Speed, distance, time triangle
- Cover the value you want: distance = rate × time; rate = distance ÷ time; time = distance ÷ rate.
- Find 75% without a calculator
- Take half, then add half of that half (50% + 25%). 75% of 60 = 30 + 15 = 45.
- Convert gallons used to time at a flow rate
- Time = gallons ÷ gallons-per-minute. 900 gal ÷ 150 GPM = 6 minutes.
- Skimming vs. scanning
- Skim to get the gist of a passage; scan to find a specific fact or keyword quickly.
- Tone of a passage
- The author's attitude (neutral, urgent, instructional). Procedures are usually neutral and instructional.
- Drawing a conclusion
- Combining stated facts to reach a logical end point the passage supports but may not state directly.
- Paraphrasing an answer choice
- The right answer often restates the passage in different words — match the meaning, not just the wording.
- Eliminating extreme answers
- Choices with always/never/only are often wrong unless the passage states them exactly that strongly.
- Reading a procedure or rule
- Identify the condition (when it applies) and the required action (what must be done). Match both to the question.
- Detail question strategy
- Locate the keyword from the question in the passage, then read the sentence around it carefully for the exact answer.
- Fact vs. opinion
- A fact can be verified; an opinion expresses a belief or judgment. Procedures state facts and requirements.
- 'Suppress' (as in suppress a fire) means
- To put out, stop, or hold back.
- 'Adjacent' means
- Next to or near; bordering.
- 'Obstruct' means
- To block or get in the way of.
- 'Sufficient' means
- Enough; adequate for the need.
- 'Prior' means
- Earlier; before. 'Prior to' = before.
- 'Initiate' means
- To begin or start something.
- 'Comply' means
- To act in accordance with a rule or request; to obey.
- 'Hazardous' means
- Dangerous; risky.
- Your vs. you're
- Your = possessive; you're = you are.
- Then vs. than
- Then = time/sequence; than = comparison.
- Affect vs. effect
- Affect (usually a verb) = to influence; effect (usually a noun) = a result.
- Plural vs. possessive
- Plural just adds -s (no apostrophe: hoses); possessive uses an apostrophe (hose's nozzle).
- Capitalize proper nouns
- Capitalize specific names (Fire Chief Ramirez, Engine 12), not general terms (the chief, the engine).
- Modifier placement
- Put a describing word/phrase next to the word it modifies to avoid confusion ('Running, the firefighter…').
- Concise writing
- Say it in the fewest clear words; cut redundancy. The clearest, shortest correct choice is usually right.
- Turning right then right again faces you…
- In the opposite direction from where you started (two right turns = 180 degrees).
- Facing north and turning right — now facing?
- East. Right from north → east → south → west → back to north.
- Reading a north arrow
- It shows which way is north so you can orient the map's directions correctly before plotting a route.
- Dead-end vs. through street
- A dead end stops; a through street connects. On route questions, dead ends can't be used to pass through.
- Visualizing a folded box (net)
- Picture which square folds to which face; opposite faces never touch when the net is folded into a cube.
- Symmetry
- When one half of a figure mirrors the other. A symmetric figure looks the same after a flip across its line of symmetry.
- Tracking a rotation
- Pick one distinctive feature (an arrow tip or notch) and follow only it as the figure turns.
- Estimating distance on a gridded map
- Count grid blocks along the legal path; each block is a fixed distance from the map's scale.
- Worst-response SJT items
- Some items ask for the LEAST effective action; read carefully so you don't pick a 'good' answer when they want the worst.
- Public-safety priority order
- Life safety first, then incident stabilization, then property conservation (sometimes remembered as LIP).
- Witnessing a coworker break a safety rule
- Address it (or report it) promptly — protecting the crew's safety outweighs avoiding an awkward conversation.
- Receiving an unclear order
- Ask for clarification respectfully before acting, rather than guessing and risking a mistake.
- Customer-service mindset for firefighters
- Treat the public with respect and empathy; firefighters serve and reassure people on their worst day.
- Reasoning: necessary vs. sufficient
- A necessary condition must be present; a sufficient condition guarantees the result. Don't confuse the two.
- Valid deduction reminder
- 'All A are B' does not mean 'all B are A.' Don't reverse a rule when applying it.
- Choosing among several 'okay' answers
- Pick the response that is safest, most professional, and helps the most people — the best, not just an acceptable, action.
- Chunking for memory
- Grouping items into meaningful clusters (by room, by hazard) so you remember more in the limited study time.
- Rehearsal
- Mentally repeating key details during the study window to move them into memory before the image is removed.
- Following written directions exactly
- Do every step, in the given order, without adding or skipping — order and completeness both count.
- Spotting the misplaced step
- In an ordering item, find the step that logically must come first (safety/protection) and build the sequence from there.
- Observation checklist (scene memory)
- People, exits, hazards, addresses/numbers, colors, and positions — scan for each category deliberately.
- Why practice timed recall?
- Memory items give a fixed viewing time; rehearsing under the clock trains you to encode the right details fast.
- Detail-matching technique
- Compare entries in small chunks (groups of digits/letters) to catch a single changed character.
- Sequence signal words
- First, next, then, before, after, finally — they reveal the correct order in following-directions items.
- Self-report inventory
- A questionnaire where you describe yourself; results are scored against the profile of effective firefighters.
- Why consistency matters in your answers
- Inconsistent responses to similar statements can flag your results as careless or dishonest — answer steadily and honestly.
- Teamwork trait, in one line
- A reliable willingness to cooperate, share the workload, and support crew members under pressure.
- Emotional stability
- Staying composed and even-tempered under stress rather than reacting impulsively.
- Rule-following orientation
- A disposition to respect procedures, safety rules, and authority — valued in a structured, hazardous job.
- Should you exaggerate good traits?
- No — present yourself honestly. Over-claiming on every item is detectable and can hurt your standing.
- Initiative
- Taking appropriate action without being told, within your role and training — balanced with following orders.
- Why both cognitive and behavioral sections?
- Together they predict who can learn the job AND reliably perform it safely as part of a team.
