Unit 1 questions Flashcards

1
Q

Name the two bones located at the head/neck.

A

Cranium and the scapula.

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2
Q

Name the bone that sits in front of the knee joint.

A

Patella.

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3
Q

Identify the two bones labelled A and B in figure 1.

A

Femur and Fibula.

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4
Q

Identify the two bones labelled A and B in figure 2.

A

Ribs and Sternum.

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5
Q

Identify the type of bone shown in figure 1.

A

Long bone.

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6
Q

Which of the following statements is correct?

A

The cranium is a flat bone.

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7
Q

Define the term joint.

A

A joint is where two bones meet.

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8
Q

Define the term antagonistic muscle pairs.

A

They are pairs of muscles that create opposing movements at joints.

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9
Q

Name the muscle located at the back of the lower leg.

A

Gastrocnemius.

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10
Q

Name the three different types of blood vessel.

A

Arteries, veins and capillaries.

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11
Q

State three long-term effects of exercise on the body systems.

A

Improved stamina, lower resting heart rate and body shape may change.

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12
Q

Draw lines to match two muscles to their correct location.

A

Gluteals: bottom.
Quadriceps: Front of upper leg.
Pectorals: Chest.
Triceps: Front of upper arm.

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13
Q

Name muscle b

A

Hamstring.

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14
Q

Describe what is meant by extension at the hip.

A

Extension at the hip is when the hip extends out.

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15
Q

What is meant by isotonic and isometric muscle contraction?

A

Isotonic: They result in movement.

Isometric: There is no visible movement but there is a contraction.

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16
Q

Identify the two places where air can enter the body.

A

The mouth and nose.

17
Q

Identify which one of the following statements about alveoli is true.

A

Thin-walled.

18
Q

Describe how the skeleton aids movement.

A
  • They provide a place for the muscles to attach to.

- They also act as levers.

19
Q

Which type of joint is formed at the shoulder?

A

Ball and socket.

20
Q

State the type of blood vessel that holds blood at high pressure.

A

Arteries.

21
Q

Identify the muscles that assist with inhalation during exercise.

A

Sternocleidomastoid.

22
Q

Explain why and when EPOC occurs.

A
  • It occurs after anaerobic exercise.
23
Q

Identify the range of movement at the shoulder during a star jump.

A

Abduction and Adduction.

24
Q

Name the movement that occurs when the deltoids contract and give an example of its use.

A

Abduction at the shoulder. A sporting example could be when you lift your arms above your head to block the ball in volleyball.

25
Q

Name the antagonist that is relaxing to allow the cyclist in the image above to flex her leg at the knee.

A

Quadriceps.

26
Q

Name the antagonist supporting the agonist to allow the gymnast in figure 1 to point his toes.

A

Tibialis anterior.

27
Q

Describe the pathway of air through the respiratory system from the trachea to the alveoli.

A

It enters the body through the mouth and nose. It then travels down through the trachea to the lungs. The air travels to each of the lungs via the bronchi. The passages that the air travels down get smaller as the bronchi subdivide. The Bronchioles branch out throughout the lungs and carry the air from the bronchi to the alveoli.

28
Q

State the type of blood vessel that holds blood at high pressure.

A

Arteries.

29
Q

Using the words in the table below, complete the statements.

A

Reduced blood flow to specific areas of the body is achieved through redistribution of blood. There is a need for increased blood flow to the muscles during exercise because they are active.

30
Q

Identify the muscles that assist with inhalation during exercise.

A

The sternocleidomastoid and the sternum.

31
Q

Identify when a sport of your choice will provide aerobic and anaerobic exercise.

A

Football:
Aerobic:
The whole game.

Anaerobic:
Sprinting down the wing.