Free AFP Practice Questions

Question 1

With the upper arm held against the torso, a participant presses a buoyant foam dumbbell downward by extending the elbow. The participant then lets buoyancy lift the submerged dumbbell slowly, actively braking its return as the elbow bends. Which muscle action controls this upward phase?

Accepted Answer

Triceps brachii lengthening under tension

Answer

Biceps brachii shortening to lift the device

Answer

Triceps brachii shortening throughout the upward return

Answer

Biceps brachii lengthening to resist the upward pull

Question 2

During a prescribed moderate-intensity aquatic session, a regular participant taking a beta blocker has a heart rate below the age-predicted land training range. The participant reports 15 on the Borg 6-20 exertion scale and can speak only a few words before taking a breath. There is no chest pain, dizziness, or unusual breathlessness. How should the instructor adjust the workload?

Accepted Answer

Reduce pace or resistance until speech is comfortable and effort matches the prescribed intensity.

Answer

Increase the pace until the age-predicted heart-rate range is reached.

Answer

Maintain the workload because the heart rate is below the target.

Answer

End the session and require renewed medical clearance before any further exercise at this heart rate.

Question 3

A lifeguard brings an adult who has been submerged onto a firm, safe area of the deck. The adult is unresponsive and has only occasional gasps. Another staff member activates emergency medical services and retrieves the AED. The aquatic instructor is trained and equipped to provide rescue breaths. What care takes priority while the AED is being retrieved?

Accepted Answer

Begin CPR with rescue breaths and chest compressions immediately.

Answer

Provide chest compressions alone until the AED determines whether a shock is needed.

Answer

Place the adult on their side and reassess whether the gasps become regular breathing.

Answer

Clear water from the lungs with abdominal thrusts before starting breaths or compressions.

Question 4

An instructor compares two paddle drills using the quadratic drag relationship. In the second drill, frontal area is doubled and movement speed relative to still water is halved. Water density and the drag coefficient remain unchanged. The first drill produces 16 N of drag. For the goal of lowering drag force, how should the second drill be classified?

Accepted Answer

A resistance regression: approximately 8 N of drag.

Answer

Unchanged resistance: 16 N because the two adjustments cancel.

Answer

A resistance progression: approximately 32 N because the area doubles.

Answer

A resistance regression: approximately 4 N because the speed is halved.

Question 5

After missing several classes, a participant says, "I feel better when I come, but my mother often needs help in the mornings. I cannot promise I will make every session." Which reply uses motivational interviewing to address the actual barrier?

Accepted Answer

"You value both commitments. What arrangement could make exercise fit around caring for your mother?"

Answer

"Regular attendance is important; let us set a goal of attending every morning class."

Answer

"Try setting a reminder the night before so that exercise stays high on your list."

Answer

"Let me explain the health benefits again so you can decide how important attendance is."

Question 6

An intake note for a 74-year-old approved for adapted aquatic exercise records a Timed Up and Go result of 14.6 seconds. The test was performed on land: rising from a standard armchair, walking 3 meters at usual pace, turning, returning, and sitting, with usual footwear and a customary walking aid. What does this result mean for class planning?

Accepted Answer

Recognize a fall-risk finding, provide supported access, and coordinate further balance assessment.

Answer

Regard it as expected aging and proceed without further balance screening.

Answer

Postpone aquatic exercise until the participant completes the test in under 12 seconds.

Answer

Repeat the test in chest-deep water using the same cutoff to determine a safe exercise depth.

Question 7

During a slow stepping drill, a participant transfers weight onto the right foot and lifts the left foot off the pool floor. The pelvis drops toward the unsupported left side. Which muscle has the most direct role in stabilizing the pelvis over the right stance leg?

Accepted Answer

Right gluteus medius

Answer

Left gluteus medius

Answer

Right gluteus maximus

Answer

Left iliopsoas

Question 8

Several exercisers and a stationary deck lifeguard develop burning eyes and cough during a crowded indoor pool session. A strong chlorine-like odor is present, although the operator confirms that free chlorine and pH are within the required operating ranges. Activity has been suspended and the operator notified. Which explanation best fits this cluster?

Accepted Answer

Airborne chloramine buildup associated with inadequate fresh-air exchange

Answer

Exercise-triggered airway narrowing among the exercising participants

Answer

Heat strain from humidity and insufficient evaporative cooling

Answer

Excess free chlorine in the pool water following the increase in swimmer numbers

Question 9

A regular participant with stable knee osteoarthritis is cleared for aquatic exercise and marches pain-free with grounded steps and arms relaxed at her sides. She wants a stronger conditioning stimulus without a flight phase or rebound landings. Select the option that meets both goals.

Accepted Answer

Add controlled underwater presses and pulls while keeping the steps grounded.

Answer

Use Level II rebounds with the shoulders submerged.

Answer

Defer further conditioning until a clinician approves a higher workload for the affected knees.

Answer

Use rapid, low-amplitude Level I rebounds to limit the height of each landing.

Question 10

Six-second maximal bursts of shallow-water running are separated by two minutes of easy water walking. Participants recover sufficiently to reproduce their original burst speed. Identify the principal rapid ATP source during each burst and the main pathway supporting phosphocreatine restoration between bursts.

Accepted Answer

The phosphagen system during the burst; oxidative metabolism during recovery

Answer

Anaerobic glycolysis during the burst; oxidative metabolism during recovery

Answer

Oxidative metabolism during the burst; the phosphagen system during recovery

Answer

The phosphagen system during the burst; anaerobic glycolysis during recovery

Free AFP Practice Questions

Domain 1: Physical Fitness

Question 1

Domain 2: Exercise Anatomy

Question 2

Domain 3: Exercise Physiology

Question 3

Domain 4: Movement Analysis

Question 4

Domain 5: Exercise Motivation and Behavior

Question 5

Domain 6: The Physical Laws as Applied to the Aquatic Environment

Question 6

Domain 7: The Pool Environment and Design

Question 7

Domain 8: Safety and Risk Management

Question 8

Domain 9: Shallow-Water Exercise

Question 9

Domain 13: Aquatic Programming: Reaching Diverse Populations

Question 10

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