All Practice Exams
Free Practice Questions for QCAA Physical Education
Exam-style questions and explanations by OpenExamPrep.
✓ No registration✓ No credit card
100+ Questions
100% Free
Loading practice questions...
Same family resources
Explore More Queensland Certificate of Education (QCE) External Assessments
Continue into nearby exams from the same family. Each card keeps practice questions, study guides, flashcards, videos, and articles in one place.
Exam Review
Key Facts: QCAA Physical Education Exam
Syllabus Version
Exam Weighting
Duration
Permitted Materials
Question Types
The QCAA Physical Education external assessment evaluates Year 12 QCE students across Units 3 and 4. The 2-hour written paper accounts for 25% of the overall subject grade, complementing 75% from internal school assessments. This 100-question practice bank provides targeted multiple-choice practice covering biomechanics, tactical decision-making, sports ethics, bioenergetics, exercise physiology, training design, motor acquisition, and sport psychology.
Sample QCAA Physical Education Practice Questions
Try these sample questions to review concepts for the QCAA Physical Education exam. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.
1Which of Newton's laws of motion states that a body will remain at rest or continue to move at a constant velocity unless acted upon by an external unbalanced force?
A.First Law of Motion (Law of Inertia)
B.Second Law of Motion (Law of Acceleration)
C.Third Law of Motion (Law of Action-Reaction)
D.Law of Universal Gravitation
Explanation: Newton's First Law of Motion (Law of Inertia) states that an object maintains its state of rest or uniform motion in a straight line unless compelled to change that state by net external forces. In physical education, this explains why a soccer ball remains stationary on the penalty spot until kicked.
2In the human body, what type of lever has the axis (fulcrum) located between the force (effort) and the resistance (load)?
A.Second-class lever
B.Third-class lever
C.Fourth-class lever
D.First-class lever
Explanation: A first-class lever places the fulcrum (axis) between the force arm and resistance arm (FAR). An example in human anatomy is the neck joint during head extension, where the atlanto-occipital joint serves as the fulcrum between the neck extensors and the head weight.
3Which anatomical action illustrates a third-class lever operating at maximum velocity rather than mechanical advantage for force?
A.Gastrocnemius lifting body weight onto the toes
B.Triceps brachii extending the elbow over the head
C.Biceps brachii curling a dumbbell at the elbow joint
D.Splenius capitis tilting the head backward
Explanation: Elbow flexion by the biceps brachii is a third-class lever because the effort force insertion (radial tuberosity) lies between the elbow axis and hand resistance. Third-class levers always have a mechanical advantage less than 1, trading force production for greater speed and distance at the distal end.
4What biomechanical term describes the combination of all forces produced by consecutive muscle groups to maximize final velocity at release or impact?
A.Impulse generation
B.Force summation (sequential force velocity)
C.Moment of inertia reduction
D.Bernoulli principle application
Explanation: Force summation refers to combining forces produced by different body segments. Sequential force summation recruits muscle groups from largest and slowest (legs/core) to smallest and fastest (wrist/fingers), timing each addition at peak velocity of the preceding segment.
5Which angle of release theoretical maximum provides the greatest horizontal distance for a projectile launched and landed at equal heights in a vacuum?
A.45 degrees
B.30 degrees
C.60 degrees
D.90 degrees
Explanation: For a projectile launched and landing at identical relative heights without air resistance, 45 degrees yields the optimal mathematical compromise between vertical flight duration and horizontal velocity component.
6What happens to a gymnast's angular velocity when they tuck their body tightly during a somersault?
A.Angular velocity decreases because moment of inertia increases
B.Angular velocity remains completely unchanged
C.Angular velocity increases because moment of inertia decreases
D.Angular momentum decreases to zero
Explanation: By conservation of angular momentum (L = I × ω), tucking decreases the distance of body mass from the axis of rotation, reducing the moment of inertia (I). Because L remains constant in flight, angular velocity (ω) must increase.
7Which physical adjustment increases an athlete's static stability and resistance to external forces?
A.Narrowing the base of support and raising the center of gravity
B.Shifting the line of gravity outside the base of support
C.Decreasing body mass while raising the center of gravity
D.Widening the base of support and lowering the center of gravity
Explanation: Stability is maximized by expanding the base of support (e.g., placing feet wider apart), lowering the center of gravity (bending knees), and ensuring the line of gravity passes through the center of the base of support.
8What aerodynamic phenomenon causes a tennis ball hit with topspin to dip downward faster than a ball hit without spin?
A.Newton's First Law
B.Archimedes principle
C.Hooke's law of elasticity
D.Magnus effect
Explanation: The Magnus effect occurs when a spinning object creates a boundary layer of air around itself. Topspin causes higher air velocity above the ball (low pressure) and slower air velocity underneath (high pressure), creating a downward pressure differential force.
9In invasion games such as soccer or basketball, what primary defensive objective is achieved by creating 'numerical superiority' near the ball?
A.Expanding the field of play to allow easy passing lanes
B.Restricting time and space for the ball handler to force turnovers
C.Increasing the length of offensive possessions
D.Guaranteeing compliance with fair play codes
Explanation: Creating numerical superiority (e.g., double-teaming or pressing) restricts the space and decision-making time available to the opponent with the ball, increasing the probability of forcing a turnover or intercept.
10Which movement concept focuses on where the body moves in relation to boundaries, levels, and pathways?
A.Spatial awareness
B.Body awareness
C.Relationships awareness
D.Effort awareness
Explanation: Spatial awareness refers to understanding where the body moves, including directions (forward/lateral), pathways (straight/curved), levels (high/low), and boundary awareness within the playing area.
About the QCAA Physical Education Practice Questions
Check the official exam sponsor for the exam format, time limit, passing standard, fees, and eligibility requirements. These details are not yet confirmed here.