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FREE Firefighter Exam Study Guide 2026: All Skill Areas

The firefighter entrance (hiring) written exam — taught to the test, with worked mechanical-aptitude examples, math, labeled diagrams, built-in quizzes, and flashcards across all eight skill areas.

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This free firefighter exam study guide teaches the — the pre-employment aptitude exam that places you on a department’s ranked hiring list.[1] It is not the Firefighter I & II certification (the NFPA 1001 academy credential earned later) — this guide is about getting hired.

It’s interactive, not a wall of text: every skill area has a built-in checkpoint quiz, hover-able glossary terms, worked mechanical-aptitude examples, labeled diagrams, and concept questions, so you learn by doing.

Work through the eight skill-area modules, test yourself at each checkpoint, then round out your free firefighter prep with our practice questions and flashcards.

Firefighter Exam Snapshot

There is no single “firefighter exam.” Departments license one of several standardized tests or run their own civil-service exam, so the exact question count, sections, and vary by agency.[2] The most common versions:

Common firefighter entrance exams (2026)
ExamPublisherFormat (varies by agency)
FireTEAM (via NTN)Ergometrics~170 Q: video Human Relations, Mechanical, Math, Reading
NFSII/O Solutions155 Q (~105 cognitive + ~50 behavioral)
NFSTStanard & AssociatesCognitive basic skills: reading, math, listening
FCTCCal-JAC (California)100 Q, ~2.5 hr → Statewide Eligibility List
IPMA-HR / PSHRA (FF-EL)PSHRA~100 Q; some forms add a behavioral measure
Civil-service examsLocal commissions100–150 Q; content set by the jurisdiction

The most important thing to understand is that you are not just trying to pass — you are trying to rank high on an . Agencies hire from the top of that list (often via the ), so a strong score, not a bare pass, is what actually gets you the job.[2] This guide groups everything these exams test into eight skill-area modules:

What the firefighter entrance exam tests — eight skill areas

Standardized versions (FireTEAM, NFSI, FCTC, IPMA-HR/PSHRA) and civil-service exams mix these areas. Reading, math, and mechanical reasoning are the consistent core; the rest vary by publisher and agency.

Reading Comprehension
  • Read a fire-service passage or rule
  • Answer from the text only
  • Main idea, detail & inference
Verbal & Language
  • Vocabulary, synonyms & antonyms
  • Grammar & spelling
  • Analogies & word usage
Mathematics
  • Arithmetic & word problems
  • Fractions, percentages, ratios
  • Often mental math — no calculator
Mechanical Aptitude
  • Pulleys, levers, gears
  • Hydraulics & simple machines
  • Forces, pressure & tools
Spatial Reasoning
  • Map reading & shortest route
  • Rotations & mirror images
  • Floor plans & layouts
Situational Judgment
  • Human-relations scenarios
  • Teamwork & the public
  • Deductive & rule-based reasoning
Memory & Observation
  • Recall a scene or video
  • Following directions in order
  • Attention to detail
Behavioral Orientation
  • Self-report work-style items
  • Five-point agree/disagree scale
  • No single 'right' answer

Reading, math, and mechanical aptitude appear on almost every version, so they carry the most weight in your prep. The remaining areas — spatial reasoning, situational judgment, memory/observation, and the behavioral section — vary by publisher and agency:[1]

How firefighter exams emphasize the skill areas (2026, approximate across versions)
Reading, Math & Mechanical (the core)50% · on nearly every version
Situational Judgment / Human Relations20% · core on FireTEAM
Memory, Observation & Spatial15% · core on FCTC & IPMA-HR
Verbal / Language & Behavioral15% · varies by exam

Emphasis differs by exam — FireTEAM weights its video Human Relations section heavily, FCTC and IPMA-HR lean on observation and spatial items — but the core academic skills below show up on all of them, so build those first.[4]

1 · Reading Comprehension

Reading comprehension is on every firefighter exam because the job runs on written orders, procedures, and reports.[1] The test gives you a fire-service passage or rule and asks questions you must answer from the text only.

Reading fire-service passages & rules

Passages read like real department material — a policy, a safety bulletin, a procedure. The skill is to find exactly what the passage says and apply it, not what you already know about firefighting. When a passage states a rule, separate the condition (when it applies) from the required action (what must be done).

Main idea, detail & inference

Reading questions come in three flavors. A main-idea question asks what the whole passage is about. A detailquestion is answered word-for-word in the text (“according to the passage…”). An inferencequestion asks for a logical conclusion the passage supports but doesn’t state outright.

The three reading question types
Question typeWhat it asksHow to attack it
Main ideaThe passage's overall pointLook at the first/last sentence; ignore minor details
Detail / factSomething stated in the textScan for the keyword, then read the exact sentence
InferenceA conclusion the text supportsCombine stated facts; don't add outside assumptions

Common reading traps

The classic wrong answer is one that is true in real life but not supported by the passage. Stick to what the text actually says. Also watch qualifier wordsalways, never, only, all, must— that change a statement’s meaning; the correct choice matches the passage’s qualifiers exactly.

Checkpoint · Reading Comprehension

Question 1 of 10

A fire department procedure manual states: "All apparatus must complete a full equipment check at the start of each shift. Any defect found during the check must be reported to the company officer before the apparatus is placed in service." According to this passage, when must a defect be reported?

2 · Verbal & Language

Verbal items test how well you handle language under time pressure — vocabulary, grammar, spelling, and the relationships between words.[3] Clear communication is a core firefighting skill, so these questions reward precise reading and writing.

Vocabulary, synonyms & antonyms

You’ll be asked for a word’s meaning, its synonym (same meaning), or its antonym (opposite). Fire-service vocabulary shows up often, so learn the high-yield words and use roots, prefixes, and suffixes to decode the unfamiliar ones.

High-yield firefighter-exam vocabulary
WordMeaningRelationship to…
Mitigateto make less severesynonym of 'lessen'
Hazarda danger or risksynonym of 'danger'
Evacuateto move people to safetysynonym of 'vacate'
Flammableeasily set on firesynonym of 'combustible'
Ascendto go up / climbantonym of 'descend'
Suppressto put out or hold backantonym of 'ignite'

Grammar, spelling & usage

Grammar items ask you to pick the correctly written sentence or the correctly spelled word. The most common targets are subject–verb agreement, run-ons and fragments, comma usage, apostrophes, and commonly confused words.

Grammar & usage rules tested most
IssueRuleQuick example
Subject–verb agreementSingular subject → singular verbThe crew is ready / The crews are ready
their / there / they'repossessive / place / they areThey're loading their hose over there
its / it'spossessive / it isThe engine lost its pump; it's overheating
Run-on sentenceDon't join two sentences with no punctuationSplit with a period or semicolon
Sentence fragmentA sentence needs a subject and a verb'Because the alarm sounded.' is a fragment

Analogies & word relationships

An analogy takes the form A is to B as C is to ? Name the relationship in the first pair, then apply the very same relationship to the second pair before you look at the choices.

Checkpoint · Verbal & Language

Question 1 of 10

Which sentence is written with correct grammar?

3 · Mathematics

The math is high-school level applied to fire-service word problems — and on several exams (including FireTEAM) you must do it mentally, with no calculator.[1] The skill is fast, clean setup, not heavy computation; the numbers are usually friendly on purpose.

Arithmetic & word problems

Word problems turn a real fireground situation into a quick calculation. Translate: name what’s asked, label the numbers, set up the right relationship, then solve.

The arithmetic relationships you'll use most
Problem typeSet it up as
Distance / rate / timedistance = rate × time
Water supply durationgallons ÷ gallons per minute
Percent of a numberpart = percent × whole
Percent change(new − old) ÷ old × 100
Ratio / proportiona / b = c / d (cross-multiply)
Average (mean)sum of values ÷ count

Fractions, percentages & ratios

Percent, ratio, and fraction questions are everywhere, so memorize the common conversions to save seconds. To convert a fraction to a percent, divide and multiply by 100: 3 ÷ 4 = 0.75 = 75%.

Memorize these fraction ↔ percent conversions
FractionDecimalPercent
½0.550%
¼0.2525%
¾0.7575%
0.333…≈ 33%
0.220%
0.12512.5%

Mental-math strategies

With no calculator, lean on shortcuts. To find 10%, move the decimal one place left; build other percents from there (5% is half of 10%, 20% is double). To find 75%, take half and add half of that half. Round first to sanity-check your answer.

Checkpoint · Mathematics

Question 1 of 10

An engine carries 500 gallons of water and flows water at 125 gallons per minute. How many minutes of water supply does the engine have at that flow rate?

4 · Mechanical Aptitude

Mechanical aptitude is the signature firefighter-exam skill — it tests how simple machines and forces work, because the job is full of pulleys, ladders, hydraulic tools, and equipment.[1] The unifying rule for every machine below: = output force ÷ input force, and a machine never gives free work — force you save is paid back in distance.

Pulleys & mechanical advantage

A ’s mechanical advantage equals the number of rope segments that support the load. A fixed pulley (one segment) only changes direction — no force saved. A movable pulley (two segments) halves the effort. A combines them for more.

Pulleys — mechanical advantage = rope segments supporting the load

The single most-tested mechanical idea. To find the effort, divide the load by the number of supporting rope segments. More segments = less effort, but more rope to pull.

Fixed pulley
MA = 1
Changes direction only — pull down to raise a load up. No force saved.
200 lb load → 200 lb effort
Movable pulley
MA = 2
Load hangs on 2 rope segments, so each carries half. Effort is halved (you pull twice the rope).
200 lb load → 100 lb effort
Block & tackle (4 segments)
MA = 4
Count the rope segments supporting the load — that number is the mechanical advantage.
200 lb load → 50 lb effort

Rule: effort = load ÷ number of supporting rope segments. A machine never gives free work — what you save in force you pay back in distance.

Levers & the law of the lever

A is a bar pivoting on a . Identify its class by what sits in the middle. The law of the lever: effort × effort-arm = load × load-arm — so a longer effort arm lets a small effort move a large load.

The three classes of lever

Identify a lever by what sits in the middle. Law of the lever: effort × effort-arm = load × load-arm — a longer effort arm multiplies your force.

Class 1 lever
Fulcrum in the middle
FulcrumEffortLoad
Seesaw, crowbar, scissors — can multiply force or just change direction.
Class 2 lever
Load in the middle
FulcrumEffortLoad
Wheelbarrow, bottle opener — always multiplies force (MA > 1).
Class 3 lever
Effort in the middle
FulcrumEffortLoad
Tweezers, broom, human forearm — gains speed/range, not force (MA < 1).

Gears & gear ratios

Two externally meshed gears always turn in opposite directions. The is the driven gear’s teeth divided by the driver’s. A larger gear turns slower but with more ; a smaller gear turns faster with less.

Meshed gears — direction & gear ratio

Two externally meshed gears always turn in opposite directions. The gear with more teeth turns slower but with more force (torque).

Driver · 10 teethCWDriven · 30 teethCCW

Gear ratio = driven teeth ÷ driver teeth = 30 ÷ 10 = 3 : 1. The driven gear turns at one-third the speed with three times the torque. An idler gear between them flips the direction but does not change the ratio.

Hydraulics & simple machines

use a confined fluid to multiply force. says pressure is the same throughout the fluid, and force = pressure × area — so a larger output piston produces a larger force. The same “trade force for distance” logic governs the , wedge, screw, and wheel-and-axle.

Hydraulics — a small force makes a big force (Pascal’s principle)

Pressure in a confined fluid is the same everywhere, so a small piston and a large piston share one pressure. The large piston’s greater area turns that pressure into a much larger force.

Input piston
Area = 2 in²
Force = 50 lb
Same pressure
P = F ÷ A
= 50 ÷ 2 = 25 psi
Output piston
Area = 20 in²
Force = 25 × 20 = 500 lb

Force = pressure × area. A 10× bigger output area gives a 10× bigger force (mechanical advantage = A₂ ÷ A₁). This is how hydraulic rescue tools and jacks work.

Checkpoint · Mechanical & Equipment Reasoning

Question 1 of 10

A department rule states that ground ladders rated for a wall climb must be used only on surfaces firmer than soft soil. A firefighter must reach a second-floor window above a paved driveway. Applying deductive reasoning, which condition is satisfied for using the ladder?

5 · Spatial Reasoning

is picturing space in your mind — reading maps, finding routes, rotating shapes, and interpreting layouts.[4]It shows up most on FCTC and IPMA-HR-style exams, and it’s a job-real skill: firefighters navigate streets and buildings under pressure.

Map reading & route finding

Route questions give you a street map and ask for the shortest legal path from the station to an incident. Obey one-way arrows and barriers, orient yourself with the north arrow, then count blocks or turns to compare paths.

How to attack a map / route question
StepWhat to do
Orient the mapFind the north arrow; fix which way is N/S/E/W
Mark start & endLocate the station and the incident
Obey one-way arrowsTravel only in the allowed direction; never against an arrow
Trace legal pathsFollow each possible route, avoiding dead ends and barriers
Count & comparePick the path with the fewest blocks/turns that's still legal

Rotations, mirrors & layouts

Other spatial items rotate or reflect a shape, ask which figure completes a pattern, or test how a floor plan fits together. Rotate the figure in your mind one step at a time, track a single reference feature, and eliminate mirror images first— they’re the most common wrong answer.

Checkpoint · Spatial & Visual Observation

Question 1 of 5

A firefighter checks an apparatus before a shift and notes: a clipboard is missing, the fuel tank is half full, the brake warning light is illuminated, and one flashlight battery is low. Using problem sensitivity, which finding is the most serious problem?

6 · Situational Judgment & Reasoning

Situational judgment tests how you’d act on the job, and on FireTEAM it’s the heavily weighted, video-based .[1] These items reward safe, professional, team-first judgment — plus the deductive and inductive reasoning that rule-application questions need.

Situational judgment & human relations

A shows a realistic scenario — a conflict with a coworker, a tense member of the public — and asks for the most effective response. There’s no single math-style correct answer; responses are scored against expert consensus on what a strong firefighter would do.

Deductive & inductive reasoning

applies a general rule to a specific case (the conclusion must be true if the rule holds). works the other way — from specific observations to a likely cause or pattern, like noticing every false alarm comes from one building’s system.

Applying rules to a situation

Rule-application items state a policy, then a situation, and ask what the rule requires. Match the situation to the rule exactly— and don’t reverse a rule (“all A are B” does not mean “all B are A”).

Checkpoint · Situational Judgment & Reasoning

Question 1 of 10

On arriving at a residential structure fire, a company officer observes light smoke from a kitchen window, a working hydrant nearby, and a parent screaming that a child is still inside. Applying problem sensitivity, which is the most serious problem to recognize first?

7 · Memory, Observation & Following Directions

Firefighters must absorb a scene fast and act in the right order, so exams test memory, observation, and your ability to follow steps precisely.[4] FCTC even uses video: you watch a scene, then answer from memory.

Memory & observation items

You study a picture, map, or video for a set time, then it’s removed and you answer from memory. Don’t stare randomly — scan systematically and build a mental checklist: people, exits, hazards, numbers, colors, and positions.

Following directions & information ordering

items give you steps out of order and ask for the correct sequence. For firefighters this is safety-critical: doing steps out of order can be dangerous. Read all the steps once, then put them in the order that’s logically and procedurally required.

Checkpoint · Memory, Observation & Following Directions

Question 1 of 10

A standard operating procedure for donning breathing apparatus lists these steps out of order: (1) tighten the face seal, (2) open the cylinder valve, (3) place the mask on the face, (4) check the gauge for full pressure. Using information ordering, what is the correct sequence?

8 · Behavioral Orientation

Many firefighter exams include a non-cognitive section — a self-report questionnaire measuring work-style traits.[3] On the NFSI it’s a distinct measure; on FireTEAM the trait assessment is embedded in the Human Relations video items.

How the behavioral section works

You rate how well each statement describes you, usually on a five-point scale from Strongly Agree to Strongly Disagree. Unlike the cognitive sections, there is no single keyed correct answer per item; your responses are compared to the trait profile of effective firefighters.

Cognitive vs. behavioral sections
FeatureCognitive sectionsBehavioral section
What it measuresReading, math, mechanical, reasoningWork-style & personality traits
Answer formatMultiple choice, one right answerFive-point agree/disagree scale
Single right answer?YesNo — matched to a trait profile
Typically timed?YesUsually untimed self-report
Best approachStudy and practiceAnswer honestly and consistently

Traits measured & answering honestly

The traits that predict firefighter success include team orientation, stress tolerance, integrity/dependability, service orientation, and adaptability. The right strategy is to answer honestly and consistently— these inventories include consistency checks that flag candidates who try to “fake good,” which can hurt your result.

Checkpoint · Behavioral Orientation

Question 1 of 8

On the behavioral orientation section of the firefighter exam, items are most commonly answered using which response format?

Firefighter Exam Scores Explained

There is no national passing score. Each hiring agency sets its own — around 70% is a common floor, but it varies, and the same exam can have different cutoffs at different departments.[2] More importantly, passing only puts you on the ; you’re then rank-ordered, and departments hire from the top.

Firefighter exam scores — passing vs. competitive

There is no national pass mark. Each hiring agency sets its own cutoff; ~70% is a common floor, but because hiring uses a ranked eligibility list, a high score matters more than just passing. These bands are general guidance, not official cutoffs.

90–100%
Very competitive — strong placement on the ranked list
80–89%
Competitive — a realistic target for getting hired
70–79%
Common passing floor — passes, but may rank low
Below 70%
Often below an agency's cutoff — frequently a fail

Because candidates are rank-ordered and departments hire from the top of the list (often the Rule of Three), aim well above the passing floor — 85–90%+ is the real goal.

Because of ranking, your goal isn’t the 70% floor — it’s a competitive 85–90%+. Some agencies also apply (commonly +5, or +10 for disabled veterans) after a passing score, and combine sections by weight (FireTEAM can weight the Human Relations video heavily).[1] Scores often stay valid about a year, and retaking usually requires a waiting period.

How to Use This Study Guide

A study guide is a map, not the whole territory — use it alongside timed practice and our free tools. Because firefighter exams differ by department, part of your prep is strategy (knowing your version) and part is skill (the academic core).

A study game plan for the firefighter entrance exam

Because the same exam can have different sections and cutoffs at different departments, your plan is part strategy, part skill. Run this loop until each step is automatic.

  1. 1. Know which exam you're takingFireTEAM, NFSI, FCTC, IPMA-HR/PSHRA, or a civil-service exam — confirm the format, sections, and time so nothing surprises you.
  2. 2. Hit the consistent core firstReading, math, and mechanical reasoning appear on almost every version — build those before niche sections.
  3. 3. Practice math mentally, no calculatorMany firefighter exams ban calculators. Drill fraction-to-percent conversions and quick arithmetic until they're automatic.
  4. 4. Train the timed and video sectionsMemory/observation and human-relations video items reward systematic watching and recall — rehearse them under the clock.
  5. 5. Answer the behavioral section honestlyIt has no single 'right' answer and uses consistency checks. Be honest and steady rather than trying to 'fake good.'
  6. 6. Aim past the cutoffPassing isn't the finish line — you're ranked. Target 85–90%+ to place high enough on the list to get hired.
A study loop that actually works
  1. 1

    Learn the skill areas

    Work the eight modules so reading, math, mechanical, spatial, judgment, memory, and the behavioral section are all familiar.

  2. 2

    Take the checkpoints

    The quick check at the end of each module exposes what didn't stick.

  3. 3

    Drill the gaps

    Send your weakest area straight into the free practice questions and flashcards — mechanical and math repay the most practice.

  4. 4

    Rehearse under timed, no-calculator conditions

    Take full, timed practice runs so your pacing and mental math are automatic on test day.

Firefighter Exam Concept Questions

The skills the firefighter entrance exam actually measures — at least one per area, led by mechanical aptitude. Tap any card for a short, exam-ready answer backed by an authoritative source, then test yourself on them as flashcards.

Firefighter Exam Glossary

Quick definitions for the terms you’ll see most across the firefighter entrance exam:

Behavioral orientation
The non-cognitive part of the exam — a self-report questionnaire measuring work-style traits (teamwork, stress tolerance, integrity) that predict success as a firefighter. It has no single right answer per item.
Block and tackle
A system of fixed and movable pulleys whose mechanical advantage equals the number of rope segments supporting the load.
Cognitive ability
Capacity to learn, reason, read, and solve problems — the part of the firefighter exam measured by the reading, math, mechanical, spatial, and reasoning sections.
Cut score
The minimum score a hiring agency sets to pass its exam. There is no national cut score; each agency picks its own (around 70% is a common floor).
Deductive reasoning
Applying a general rule to a specific case to reach a conclusion that must be true if the rule holds.
Eligibility list
A rank-ordered list of candidates who passed the exam. Departments hire from the top of the list, so your rank — not just passing — determines whether you get the job.
FCTC
The Firefighter Candidate Testing Center, California's standardized written test (developed by Cal-JAC). Passing it places a candidate on a Statewide Eligibility List used by many California departments.
Firefighter entrance exam
The pre-employment written aptitude test a candidate takes to be hired by a fire department and placed on an eligibility list. It is different from the NFPA 1001 Firefighter I/II certification earned later in the academy.
FireTEAM
A widely used standardized firefighter selection exam developed by Ergometrics and administered through the National Testing Network (NTN). It has video-based Human Relations, Mechanical Aptitude, Math, and Reading sections.
Fulcrum
The fixed pivot point a lever turns on.
Gear ratio
The driven gear's number of teeth divided by the driver gear's teeth. A higher ratio means the driven gear turns slower with more torque.
Human relations section
The video-based situational-judgment portion of exams like FireTEAM, testing teamwork, conflict handling, and interactions with the public.
Hydraulics
Using a confined fluid to transmit and multiply force. Force equals pressure times area, so a larger output piston produces a larger force.
Inclined plane
A ramp that reduces the force needed to raise a load by spreading the work over a longer distance; its mechanical advantage is slope length divided by height.
Inductive reasoning
Using specific observations or patterns to reach a likely general conclusion.
Information ordering
Arranging steps or events in the correct logical or procedural sequence — for example, the right order to don breathing apparatus.
Lever
A rigid bar that pivots on a fulcrum. Effort × effort-arm equals load × load-arm, so a longer effort arm multiplies your force.
Mechanical advantage
The factor by which a simple machine multiplies your input force: output force divided by input force. A machine never gives free work — force saved is paid back in distance.
Mechanical aptitude
Understanding of simple machines, forces, and tools — pulleys, levers, gears, and hydraulics — and how they multiply or redirect force.
National Testing Network (NTN)
A company that administers firefighter (and police) entrance exams, including FireTEAM, and routes candidates' scores to participating departments.
NFSI
The National Firefighter Selection Inventory, published by I/O Solutions. It combines a cognitive-ability section (about 105 questions) with a behavioral-orientation section (about 50 questions).
NFST
The National Firefighter Selection Test, published by Stanard & Associates — a cognitive basic-skills test (reading, math, and listening comprehension). Different from the I/O Solutions NFSI.
Pascal's principle
Pressure applied to a confined fluid is transmitted equally throughout it, allowing a small force on a small piston to create a large force on a large piston.
Pulley
A grooved wheel with a rope. A fixed pulley changes the direction of a force (mechanical advantage 1); a movable pulley supports the load on two segments (mechanical advantage 2).
Rule of Three
A civil-service hiring practice in which the appointing authority may select any one of the top three reachable candidates on the eligibility list.
Situational judgment test (SJT)
A test that presents a realistic on-the-job scenario and asks for the most effective response. There is no single math-style correct answer; responses are scored against expert consensus.
Spatial reasoning
The ability to picture and manipulate objects and space mentally — rotating shapes, reading maps, and finding the shortest legal route.
Torque
A turning or twisting force, increased by a longer lever arm or a larger applied force.
Veterans' preference
Extra points (commonly +5, or +10 for disabled veterans) added to a passing exam score on many public-sector eligibility lists.

Free Firefighter Exam Study Materials & Resources

Everything you need to prepare for the firefighter entrance exam is free here — no paywall, no sign-up. This guide is the foundation; pair it with the rest of our free firefighter study materials for active recall and timed practice:

Firefighter Exam Study Guide FAQ

It depends on which exam your department uses. The FireTEAM exam has about 170 questions across its sections, the NFSI has 155 (about 105 cognitive plus 50 behavioral), and FCTC and many civil-service exams run about 100. Always check the announcement for the version you're taking.

References

  1. 1.Ergometrics. “FireTEAM Testing System.” Ergometrics & Applied Personnel Research.
  2. 2.National Testing Network. “FireTEAM Candidate FAQ.” National Testing Network.
  3. 3.I/O Solutions. “National Firefighter Selection Inventory (NFSI).” I/O Solutions.
  4. 4.Firefighter Candidate Testing Center. “Written Testing.” FCTC (Cal-JAC).

Sources for the concept answers

Every answer in the firefighter exam concept questions above is drawn from an authoritative source:

  1. Wikipedia. “Block and tackle.” Wikipedia.
  2. Wikipedia. “Pulley.” Wikipedia.
  3. Wikipedia. “Gear train.” Wikipedia.
  4. Wikipedia. “Lever.” Wikipedia.
  5. OpenStax. “Pascal's Principle and Hydraulics (University Physics).” OpenStax.
  6. Wikipedia. “Inclined plane.” Wikipedia.
  7. Wikipedia. “Percentage.” Wikipedia.
  8. Wikipedia. “Reading comprehension.” Wikipedia.
  9. Wikipedia. “Situational judgement test.” Wikipedia.
  10. Wikipedia. “Spatial visualization ability.” Wikipedia.
  11. Wikipedia. “Deductive reasoning.” Wikipedia.
  12. Wikipedia. “Recall (memory).” Wikipedia.
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