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SEHS : B3.1 Causes of Injury (Quiz 4)

Total questions: 30

Worksheet time: 15mins

Name
Class
Date
1.

Which position in rugby union is at a higher risk of shoulder injury?

a)

Forwards

b)

Backs

c)

Midfielders

d)

Goalkeepers

2.

What is a likely reason for increased injury risk during the last quarter of a rugby match?

a)

Shorter match duration

b)

Less pressure to win

c)

Increased fatigue

d)

Better performance

3.

Which baseball players are at a higher risk of shoulder injury?

a)

Outfield players

b)

Batters

c)

Infield players

d)

Pitchers and catchers

4.

What is a risk factor for injuries in trail runners?

a)

Running on grass

b)

Running on flat surfaces

c)

Shorter race distances

d)

Longer race distances

5.

What type of playing surface is associated with higher injury risk?

a)

Sand

b)

Clay courts

c)

Artificial surfaces

d)

Natural grass

6.

What is recommended to reduce injury risk in cycling?

a)

Riding on flat terrain

b)

Using a heavier bike

c)

Using a mountain bike

d)

Correct bike setup by a professional

7.

What is a musculoskeletal injury?

a)

A disorder of the skin

b)

Reduction or loss of function or structure of muscles, bones, ligaments, or tendons

c)

A temporary muscle cramp

d)

Loss of muscle strength only

8.

Which of the following is NOT a type of musculoskeletal injury?

a)

Lacerations

b)

Contusions

c)

Muscle strains

d)

Skin rash

9.

What causes laceration injuries?

a)

Overuse of muscles

b)

Cuts by external objects or friction

c)

Compression forces

d)

Excessive stretching of muscle fibers

10.

What is a common example of a contusion injury?

a)

Bruising due to collision

b)

Tendon inflammation

c)

A fractured ankle

d)

A rugby boot cutting a finger

11.

What is a possible result of excessive compressive forces applied to the head?

a)

Laceration

b)

Tendonitis

c)

Muscle strain

d)

Concussion

12.

What happens when muscle fibers are stretched beyond their normal limit?

a)

Laceration

b)

Contusion

c)

Abrasion

d)

Muscle strain

13.

What is the difference between acute and chronic injuries?

a)

Acute injuries are less severe than chronic injuries

b)

Chronic injuries occur suddenly, while acute injuries develop over time

c)

Acute injuries occur suddenly, while chronic injuries develop over time

d)

Chronic injuries are always related to fractures

14.

Which of the following is an example of an acute injury?

a)

Tennis elbow

b)

Shin splints

c)

Anterior cruciate ligament rupture

d)

Tendon inflammation

15.

What is an example of a chronic injury?

a)

Concussion

b)

Fractured ankle

c)

Tennis elbow

d)

Muscle laceration

16.

What percentage of injuries reported in the RIO™ system were classified as acute?

a)

7%

b)

66%

c)

49%

d)

93%

17.

Which body site represented the highest proportion of acute and chronic injuries in high school students?

a)

Head, face, and neck

b)

Upper limbs

c)

Trunk

d)

Lower limbs

18.

What was the most common type of acute injury reported in the RIO™ system?

a)

Concussion

b)

Contusions

c)

Ligament sprains

d)

Muscle strains

19.

What was the most common type of chronic injury reported in the RIO™ system?

a)

Ligament sprains

b)

Muscle strain

c)

Tendon inflammation

d)

Concussion

20.

Which of the following is NOT a symptom of concussion?

a)

Unsteady balance

b)

Skin rash

c)

Cognitive impairment

d)

Headaches

21.

What can biomechanical maladaptation lead to?

a)

Enhanced joint stability

b)

Reduced injury risk

c)

Excessive stress on body parts

d)

Improved performance

22.

How can biomechanical maladaptation be corrected in golfers?

a)

By using heavier clubs

b)

By increasing match duration

c)

By improving swing mechanics

d)

By playing on artificial surfaces

23.

What can weak or imbalanced muscles around the knee joint lead to?

a)

Enhanced joint stability

b)

Reduced injury risk

c)

Increased stress on ligaments and cartilage

d)

Improved alignment

24.

What is an example of biomechanical maladaptation in runners?

a)

Enhanced muscle balance

b)

Improved foot stability

c)

Over-pronation of the foot

d)

Reduced risk of shin splints

25.

What can muscle imbalances caused by biomechanical maladaptation lead to?

a)

Improved joint stability

b)

Excessive joint movement

c)

Reduced injury risk

d)

Enhanced muscle function

26.

What is the purpose of correcting biomechanical maladaptation?

a)

To increase muscle strain

b)

To increase joint instability

c)

To redistribute stress evenly

d)

To reduce performance levels

27.

What can excessive inward rolling of the foot during running lead to?

a)

Stress fractures

b)

Improved biomechanics

c)

Reduced injury risk

d)

Enhanced stability

28.

What is a recommended way to correct over-pronation in runners?

a)

Using orthotics

b)

Increasing race distance

c)

Playing on artificial surfaces

d)

Reducing weekly running distance

29.

What can identifying and addressing muscle imbalances help prevent?

a)

Reduced injury risk

b)

Improved performance

c)

Excessive joint movement

d)

Enhanced joint instability

30.

What is the benefit of learning and practicing correct techniques in sports?

a)

To improve muscle imbalances

b)

To enhance joint instability

c)

To reduce stress on vulnerable areas

d)

To increase injury risk