How to read exam questions (and write short answers) · Canadian Paragliding Exam Study Guide

Why this module comes first

You are an experienced pilot. You already know how to fly. But the exam does not test your flying. It tests whether you can read a question in exam English, understand exactly what it asks, and choose the best answer.

Canadian exam questions are often tricky on purpose. Sometimes all the answers look wrong, and you must choose the least wrong one. Sometimes three answers are true, and the question asks for the one that is false. If you read too fast, you answer the wrong question.

Read this module twice. Come back to it before every exam.

Two ways to study

This guide has two kinds of modules, because the exams are two kinds of test.

HPAC exams (P2, P3, P4): understand. Modules 01 to 10 teach the ideas. The questions are about real flying decisions, and the best answer is often the "least wrong" one. You cannot memorise your way through them.
HAGAR (Transport Canada): learn the answers. Modules 11 to 13 give you the expected answers, the map method and HPAC's sample questions. Much of the HAGAR has nothing to do with paragliding. Do not try to understand it. Learn it.

Module 14 explains the ratings, the exam order (P2, then HAGAR, then P3, then P4) and which modules to study for each exam.

What the exams look like

Exam	Who gives it	Questions	Pass rule
P2 Novice	Your HPAC instructor	40 multiple choice, about 20 short written answers (some need a drawing), 10 air-regulation multiple choice, 1 long answer	75% overall and all 5 † questions correct
P3 Intermediate	Your HPAC instructor	About 50 multiple choice + 1 long answer, in sections	75% overall, and at least 75% in the Air Regulations section, and all 5 † questions correct
P4 Advanced	Your HPAC instructor	100 multiple choice in 4 sections (Air Regulations, Aerodynamics, Meteorology, Airmanship) + a spoken or written "cause and recovery" section	75% overall, and at least 15 of 25 in every section, and 5 of 5 on cause and recovery, and all † questions correct
HAGAR	Transport Canada (a government examiner, not your instructor)	40 multiple choice, 2½ hours, some questions use a map	60%

The † (dagger) questions

On the HPAC exams, five questions have a small cross: †. These are the must-pass questions. If you get one of them wrong, you fail the whole exam, even with 95% on everything else. They are always about safety-critical judgment: who decides if you fly, why you land on the upwind side of the field, why you never hold the brakes down in the air, and so on. In this guide, every idea that is a † idea is marked with a red † box like this one. Learn those boxes perfectly.

Nepal bridge: a different exam culture

In Nepal your APPI theory may have been explained by your instructor in Nepali, and the questions were mostly direct: "What is a thermal?" Canadian exams are only in English or French. Nobody may translate for you during the exam. The questions test judgment as much as knowledge, and the wording is often indirect. This is not because Canadian pilots know more than you. It is a different style of testing. This module teaches the style.

The four-step method for every multiple-choice question

Read the whole question slowly, to the end. Do not look at the answers yet. Find the job word: is the question asking for what is true, what is false, what is best, what is worst, what to do first?
Say your own answer in your head before you read the options. Then look for it.
Cross out the options you are sure are wrong. Usually two options are clearly wrong. Now you choose between two.
Choose the option that "most closely applies". This is written on the front of every HPAC exam: select the answer that he/she thinks most closely applies to the question. It means: the best answer may not be perfect. Choose the best one that is there. Never leave a question blank.

Think it through: the best of bad options

A question asks: "You have flared fully but your ground speed is still fast. You should…" and the options are (a) put your feet out in front to slow down, (b) run while holding the flare, (c) let the brakes up so the glider flies further, (d) be ready for a parachute landing fall (PLF), (e) both (b) and (d). Option (a) breaks legs. Option (c) makes you fly faster into the ground. Options (b) and (d) are both sensible, and (e) offers both. When two options are good and there is an option that combines them, the combination is usually the answer.

Job words that change the whole question

FALSE, NOT, EXCEPT, not associated with

"Which statement is FALSE?" — three options are TRUE. You are hunting for the one WRONG statement. Many pilots read the first true option, think "yes, that is correct", and choose it. That is the trap. Read all four. Mark each one T or F. Choose the F.

"Which of the following is NOT associated with a stall?" — same idea. Three things belong to a stall (slow airspeed, sluggish handling, sudden loss of lift). One does not (a low angle of attack). Choose the one that does not belong.

WORSE, most dangerous, least, best, most likely, FIRST

These words compare. You must judge all the options against each other, not just find one that is acceptable.

"Your wing stalls while you hold heavy brakes. Which action is WORSE?" — every option may be bad. You must find the one that makes the situation most dangerous (letting the brakes fully up at the moment of a deep stall gives a violent surge). The question is not asking what you should do. It is asking what you should never do.

"What is the FIRST thing you should do?" — several options may be correct actions. Only one is correct first. Think about the order of events.

all of the above · both (a) and (c) · none of the above · either (a) or (b)

Check every option separately. Write T or F next to each one in your head.

If all are true and there is "all of the above" → choose "all of the above".
If one is false → "all of the above" is impossible.
"Both (a) and (c)" is often the answer when the question has two good reasons. Examples: launching into wind helps because the glider inflates more easily AND your ground speed is lower.
"Either (a) or (b)" means one OR the other works, not both together.

always · never · only · must · shall · may · should

Shall / must = the law or the rule. No choice.
May = you are allowed to, if you want.
Should = strong recommendation, not law.
Always / never / only = extreme words. An option with "always" or "never" is often false in aviation, because there are exceptions. But not always! Some rules really are absolute: no night flying, never hold the brakes fully down except to flare.

True / False statements

Read the statement as a lawyer. "The wind speed and direction are always the same in the landing field as at launch." One word, always, makes it false. Wind changes with height and with terrain. The † question about this on the P2 is failed often, because pilots read it too fast.

Words that confuse pilots (and their simple meanings)

Exam writers use formal aviation English. Here are the words that cause the most mistakes. The glossary has more.

Exam word	Simple meaning	Watch out
ASL (above sea level)	height measured from the sea	Airspace limits, oxygen limits and airways use ASL
AGL (above ground level)	height above the ground under you	Cloud distance and low-flying rules often use AGL
give way to	let the other aircraft go first; you move away	"A must give way to B" means B has priority
right of way	the right to continue; the other one must move	The lower glider on a ridge, the first glider in a thermal
overtaking aircraft	the faster one, coming from behind	The one being overtaken (the slow one in front) has right of way
head-on	flying straight toward each other	Both turn right
converging	two aircraft coming together at an angle	The one that sees the other on its right gives way
penetration	forward progress against the wind	"Penetration into wind" = how well you move forward against a headwind
transgress	break (a rule)	"Is it allowable to transgress the regulations?" = Is it OK to break the rules? (Never.)
prescribed	required by the rules	"The prescribed manoeuvre" = the manoeuvre the rules tell you to do
transient	short, passing	"Transient lift" = a short bubble of lift
inherent stability	built-in stability: the glider returns to normal flight by itself
sluggish	slow to respond, heavy, lazy	A sluggish glider is close to stall
windward / upwind	the side the wind comes from
leeward / lee / downwind	the side the wind blows to, behind the obstacle	Rotor lives on the lee side
control toggles / brakes / brake toggles	the same thing: the handles you pull	HPAC exams say "control toggles"; APPI says "brakes"
canopy / wing / glider / paraglider	the same thing
"hands up"	let both brakes fully up (arms up, no brake)	It is an instruction, not a question
flare	the final full brake pull before touchdown	The only time you pull the brakes all the way down
surge	the wing shoots forward ahead of you	"Check the surge" = brake a little to stop it
dampen	reduce, calm down (a movement)
asymmetric (collapse)	one side of the wing folds	APPI pilots often say "collapse"
deep stall / parachutal stall / parachutage	the wing is flying straight down like a parachute, no forward speed
abort	stop, cancel (a launch)
in the vicinity of	near
not less than / at least	this number or more	"not less than 500 ft" = 500 ft is OK, 400 ft is not
not more than / no more than	this number or less
within 5 NM	inside a circle of 5 nautical miles

Numbers and units in Canadian exams

Canadian aviation uses feet for height, nautical miles (NM) for distance in airspace rules, statute miles for visibility, and knots for wind in weather reports. HPAC exams also use km/h for glider speeds. You must be comfortable with all of them.

Unit	Equals	Quick memory
1 foot (ft)	0.305 m	1,000 ft ≈ 300 m; 3,000 ft ≈ 900 m; 10,000 ft ≈ 3,000 m
1 statute mile (mile, SM)	1.6 km	The "mile" in visibility rules is a statute mile
1 nautical mile (NM)	1.85 km = 1.15 statute miles	The "NM" in airspace rules (5 NM ≈ 9 km)
1 knot (kt)	1 NM per hour = 1.85 km/h	10 kt ≈ 19 km/h; 15 kt ≈ 28 km/h
100 ft per minute (fpm)	0.5 m/s	800 fpm ≈ 4 m/s
1 m/s	≈ 200 fpm

On a 1:500,000 chart (a VNC), 1 cm = 5 km ≈ 3 statute miles ≈ 2.7 NM.

Nepal bridge: metres and km/h in your head, feet and knots on the paper

In Pokhara you think in metres (Sarangkot is about 1,600 m; the lake is about 800 m) and your vario shows m/s. In Canada the paperwork is in feet and knots. Do not convert every number during the exam; that wastes time and creates mistakes. Instead memorise the key numbers in feet, exactly as the rules say them: 500 ft, 1,000 ft, 2,000 ft, 3,000 ft AGL, 2,200 ft AGL, 10,000 ft, 12,500 ft, 13,000 ft, 18,000 ft ASL. The flashcards drill these.

How the questions are built: three patterns to recognise

Pattern 1 — The definition question. "Airspeed is defined as…" Options give the speed relative to the ground, the air over the ground, or the wing relative to the air. You need the exact definition. Learn definitions word for word from the glossary.

Pattern 2 — The scenario question. "You are on final approach at 10 feet and you notice you are drifting to your right…" Picture it. Where is the wind coming from? (From your left, because it pushes you right.) What do you want? (To face into wind.) So you steer left. Draw a small sketch on scrap paper if the examiner allows it.

Pattern 3 — The calculation question. "Trim speed 32 km/h, headwind 8 km/h. Groundspeed = ?" Write the formula, put the numbers in, and check the units are the same. Ground speed = airspeed − headwind = 24 km/h. Airspeed stays 32 km/h: the glider only feels the air.

Writing short answers (P2 exam)

Almost half the P2 marks are written answers, not multiple choice. The examiner is not marking your English grammar. The examiner is looking for specific points. Here is how to get them.

Look at the marks. (2 marks) means the examiner wants two separate points. (3 marks) means three. Give one point per line. Number them.
Answer the question that is asked. If it says "Name three natural wind indicators", write three things: smoke, trees, waves on water. Do not write a paragraph about wind.
Use the technical word. Rotor, venturi, wind gradient, stall, angle of attack. The examiner is looking for the word.
"Explain why" = write because. "Land on the upwind side of the field, because if you cannot penetrate the headwind you still reach the field."
"Diagram" = a simple, labelled drawing. Arrows for wind. Label the parts with words. A clear drawing with three labels gets more marks than a beautiful drawing with none.
Point form is fine. Short bullet lines are easier for you to write and for the examiner to mark. You do not need full sentences.
If you are not sure, still write something. A half answer can get half the marks. A blank gets zero.

A model short answer

Question: What causes a glider to spin? (1 mark) What control input stops a spin? (1 mark)

Answer: 1) One side of the wing stalls (too much brake on that side, too slow). 2) Hands up — release both brakes so both sides fly again.

Two lines, two marks. Notice the technical words: stalls, brake, hands up.

The three drawings to practise for P2

Practise these until you can draw each one in 30 seconds with labels.

Drawing 1: airflow over a normal wing and over a stalled wing. On the exam, draw the wing as a simple shape, draw the wind arrows, and label the angle of attack.

Drawing 2: a rotor forms on the lee (downwind) side of a hill; a wind shadow is the sheltered, unreliable air behind an obstacle. Label the wind direction, the hill, "rotor" and "wind shadow".

Drawing 3: the two standard landing approaches, with the wind blowing from the bottom of the picture toward the top. Figure-8: S-turns back and forth across the wind on the downwind side of the spot, losing height, then a straight final into wind. Aircraft approach: a downwind leg flown with the wind, parallel to the final and offset to one side; a base leg across the wind; a final leg into the wind ending at the spot. Both patterns end into the wind.

Exam-day tactics

Do the whole exam once, quickly. Answer what you know. Put a small mark next to hard questions and come back.
Check the † questions twice. Read them word by word. Ask: what does this question really want?
Do not change an answer unless you have a clear reason. Your first careful answer is usually the better one.
Watch the units. ASL or AGL? Miles or nautical miles? km/h or knots?
For HAGAR: bring a ruler, a protractor and a simple calculator for the map questions. Bring two pieces of ID and your medical certificate. You have 2½ hours: that is plenty. Slow down.
Ask before the exam whether you may use a printed English dictionary. Your instructor decides for HPAC exams. Do not assume.

Key numbers from this module

HPAC exams: 75% to pass, all 5 † questions correct.
P3: also 75% on the Air Regulations section.
P4: also 15 of 25 in each section, 5 of 5 on cause and recovery.
HAGAR: 40 questions, 2½ hours, 60% to pass.
1 NM = 1.85 km; 1 statute mile = 1.6 km; 1 kt = 1.85 km/h; 1,000 ft ≈ 300 m.