CQ1
Arteries carry blood...
away from the heart
Maximal amount of force that can be exerted in one contraction.
Examples: 1RM or other relevant example
What is linear motion? Give an example
Movement in a straight line. E.g. ball rolling in a line, 100m sprint, swimmer gliding off the wall, other relevant example
Which of the following is true for the joints at the elbow and knee?
a) limited movement, adduction and abduction, long bones
b) synovial joints, flexion and extension, long bones
c) fibrous joints, flexion and extension, short bones
d) freely moveable joints, extension and pronation, short bones
b) synovial joints, flexion and extension, long bones
How many multiple choice questions are there in the HSC PDHPE exam?
20
Elbow
Knee
Identify the 5 health-related components of fitness
Cardiorespiratory endurance
Muscular strength
Muscular endurance
Flexibility
Body composition
What is the difference between velocity and speed?
Velocity = displacement / time
Speed = distance/time
Which of the following correctly identifies the major muscle involved AND the type of contraction for a BENCH PRESS in UPWARDS phase?
a) Biceps brachii, isometric
b) Latissimus dorsi, eccentric
c) Pectoralis major, concentric
d) Triceps brachii, isometric
c) Pectoralis major, concentric
How long is the HSC PDHPE exam?
3 hours
Name the three types of muscle
Skeletal
Smooth
Cardiac
Describe a fitness that would be suitable to test an athlete's agility.
T test
Illinois agility test
Other relevant example
What is the term describing a change in velocity?
Acceleration
Order the following from inferior to superior:
Tibia
Clavicle
Humerus
Metatarsals
Femur
Metatarsals
Tibia
Femur
Humerus
Clavicle
a) Better Health for Individuals and The Body in Motion
b) First Aid and Outdoor Recreation
c) First Aid and Fitness Choices
d) Fitness Choices and The Body in Motion
c) First Aid and Fitness Choices
Explain how the lungs respond to exercise and physical activity
The lungs increase respiratory rate to increase the volume of air moving in and out of the lungs per minute. This increases the amount of oxygen absorbed (via alveoli) and carbon dioxide expelled from the body.
Give at least 2 examples using the FITT principal.
Frequency: AEROBIC 3x week, ANAEROBIC 1-2x week
Intensity: AEROBIC 60-85%MHR, ANAEROBIC 80-100%MHR
Time: AEROBIC 35-45min, ANAEROBIC 10-20min
Type: AEROBIC running/cycling ANAEROBIC sprints/intervals/weights
How is momentum related to velocity and the mass of an object? (momentum = mass kg x velocity)
a larger object moving at the same velocity as a smaller object will have greater momentum
The vertical jump test is a measure of a skill-related component of fitness. Which of the following events would this component be most important for?
a) Marathon
b) 400m hurdles
c) High jump
d) Discus throw
c) High jump
How many minutes per mark?
AND
How many lines per mark
1.5 minutes per mark
2-3 lines per mark
Explain the movement of the muscles during a leg curl (demonstrate). Refer to antagonist and agonist, types of contractions, and joint movements.
The hinge joint at the knee moves into flexion, causing the an eccentric contraction in the quadricep as the antagonist, and a concentric contraction in the hamstring as the agonist. As the hinge joint in the knee moves into extension, the hamstring undergoes eccentric contraction as the antagonist, while the quadricep contracts concentrically as the agonist.
Describe 2 immediate physiological responses to training
Any two:
Heart rate
Ventilation rate
Stroke volume
Cardiac output
Lactate levels
Photo
For sprinting events it is important for the athlete to get out of the blocks quickly. For this to happen, the athlete needs to apply a force in a downward and rear direction in order to have a reaction force that propels them forward. In order to increase this force, the athlete gets low to the ground and angles their body forward so that they can generate a larger force in the backwards direction and accelerate their body in a forwards direction (as seen below).
Which term defines the amount of blood pumped by the heart in a single contraction?
a)Heart rate
b) Ventilation rate
c) Stroke volume
d) Cardiac output
c) Stroke volume
How many marks is each section worth in the HSC exam?
a) Section 1: 60 marks, Section 2: 40 marks
b) Section 1: 30 marks, Section 2: 20 marks
c) Section 1: 40 marks, Section 2: 60 marks
d) Section 1: 20 marks, Section 2: 30 marks
a) Section 1: 60 marks, Section 2: 40 marks