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Understanding Muscle Anatomy and Function

Total questions: 55

Worksheet time: 27mins

Name
Class
Date
1.

What are the three types of muscle tissue found in the human body?

a)

Cardiac, Skeletal, and Smooth

b)

Voluntary, Involuntary, and Cardiac

c)

Striated, Non-striated, and Cardiac

d)

Fast-twitch, Slow-twitch, and Cardiac

2.

Which major muscle group is primarily responsible for extending the knee?

a)

Hamstrings

b)

Quadriceps

c)

Gluteals

d)

Calves

3.

Explain the sliding filament theory of muscle contraction.

a)

Actin and myosin filaments slide past each other, shortening the sarcomere.

b)

Myosin heads bind to actin, pulling the filaments apart.

c)

Calcium ions bind to myosin, causing it to contract.

d)

ATP is used to detach actin from myosin.

4.

Differentiate between Type I and Type II muscle fibers in terms of function.

a)

Type I fibers are fast-twitch, while Type II fibers are slow-twitch.

b)

Type I fibers are slow-twitch and fatigue-resistant, while Type II fibers are fast-twitch and fatigue quickly.

c)

Type I fibers are anaerobic, while Type II fibers are aerobic.

d)

Type I fibers are found in the heart, while Type II fibers are found in the legs.

5.

What is the first step in the muscle repair process after an injury?

a)

Inflammation

b)

Remodeling

c)

Proliferation

d)

Regeneration

6.

Which method is commonly used to assess muscle strength?

a)

MRI Scan

b)

Electromyography (EMG)

c)

Manual Muscle Testing (MMT)

d)

X-ray

7.

Identify the type of joint that allows for the greatest range of motion.

a)

Hinge joint

b)

Ball-and-socket joint

c)

Pivot joint

d)

Saddle joint

8.

Describe the role of cartilage in joints.

a)

Cartilage connects muscles to bones.

b)

Cartilage provides cushioning and reduces friction between bones.

c)

Cartilage stores minerals for bone growth.

d)

Cartilage produces red blood cells.

9.

Explain how ligaments differ from tendons.

a)

Ligaments connect muscles to bones, while tendons connect bones to bones.

b)

Ligaments connect bones to bones, while tendons connect muscles to bones.

c)

Ligaments are more elastic than tendons.

d)

Ligaments are found only in the spine, while tendons are found throughout the body.

10.

Which bone is known as the collarbone?

a)

Scapula

b)

Clavicle

c)

Sternum

d)

Humerus

11.

Analyze the impact of a torn ACL on knee stability.

a)

It causes minor discomfort but does not affect stability.

b)

It significantly reduces knee stability and may require surgical intervention.

c)

It improves knee flexibility and range of motion.

d)

It has no impact on knee function.

12.

Evaluate the effectiveness of resistance training in increasing muscle strength.

a)

Resistance training has no effect on muscle strength.

b)

Resistance training decreases muscle strength over time.

c)

Resistance training is effective in increasing muscle strength by promoting muscle hypertrophy.

d)

Resistance training only improves endurance, not strength.

13.

What is the primary function of the skeletal system?

a)

To produce hormones

b)

To provide structure and support to the body

c)

To regulate body temperature

d)

To transport nutrients

14.

Discuss the role of synovial fluid in joint function.

a)

Synovial fluid acts as a shock absorber and reduces friction in joints.

b)

Synovial fluid helps in the production of red blood cells.

c)

Synovial fluid connects muscles to bones.

d)

Synovial fluid stores calcium for bone growth.

15.

Predict the consequences of a deficiency in collagen on connective tissues.

a)

Increased strength and elasticity of connective tissues

b)

Decreased flexibility and increased risk of injury in connective tissues

c)

No effect on connective tissues

d)

Enhanced healing of connective tissues

16.

What is the primary function of tendons in the musculoskeletal system?

a)

To connect bones to bones

b)

To connect muscles to bones

c)

To produce synovial fluid

d)

To store calcium

17.

Which type of joint is primarily responsible for rotational movement?

a)

Hinge joint

b)

Ball-and-socket joint

c)

Pivot joint

d)

Saddle joint

18.

What is the role of calcium ions in muscle contraction?

a)

They bind to actin, initiating contraction.

b)

They bind to troponin, allowing myosin to bind to actin.

c)

They provide energy for contraction.

d)

They detach myosin from actin.

19.

What is the primary function of ligaments in the human body?

a)

To connect muscles to bones

b)

To connect bones to bones

c)

To produce synovial fluid

d)

To store calcium

20.

Which type of muscle fiber is most associated with endurance activities?

a)

Type I fibers

b)

Type IIa fibers

c)

Type IIb fibers

d)

Type III fibers

21.

What is the role of ATP in muscle contraction?

a)

ATP binds to actin, causing contraction

b)

ATP provides energy for myosin head detachment from actin

c)

ATP stores calcium ions

d)

ATP binds to troponin, initiating contraction

22.

What is the primary function of the rotator cuff muscles?

a)

To stabilize the shoulder joint

b)

To extend the elbow

c)

To flex the wrist

d)

To rotate the hip

23.

Which type of joint is characterized by a fluid-filled cavity?

a)

Fibrous joint

b)

Cartilaginous joint

c)

Synovial joint

d)

Fixed joint

24.

What is the role of myoglobin in muscle tissue?

a)

To store oxygen for muscle use

b)

To transport calcium ions

c)

To provide energy for muscle contraction

d)

To bind to actin filaments

25.

What is the function of the meniscus in the knee joint?

a)

To connect muscles to bones

b)

To provide cushioning and stability to the knee joint

c)

To produce synovial fluid

d)

To store calcium for bone growth

26.

Which muscle group is primarily responsible for flexing the elbow?

a)

Triceps

b)

Biceps

c)

Deltoids

d)

Quadriceps

27.

What is the role of osteoblasts in bone tissue?

a)

To break down bone tissue

b)

To form new bone tissue

c)

To store fat in bone marrow

d)

To produce red blood cells

28.

What is the primary function of red bone marrow?

a)

To store fat

b)

To produce blood cells

c)

To provide structural support

d)

To store calcium

29.

What is the role of synovial fluid in joints?

a)

To connect muscles to bones

b)

To lubricate and nourish the joint

c)

To store minerals

d)

To produce red blood cells

30.

A 95 year old patient has an accidental fall while going to the bathroom without assistance. It appears the patient has sustained a bone fracture to the right leg. The leg’s shape is deformed and the patient is unable to move it. The patient is alert and oriented but in pain. What will you do FIRST after confirming the patient is safe and stable?

a)

Apply an ice pack covered with a towel to the site.

b)

Immobilize the fracture with a splint.

c)

Administer pain medication.

d)

Elevate the extremity above heart level.

31.

A female patient is brought to the emergency room with an injury to her lower leg from an ATV accident. You notice a white tip of a bone protruding through the skin as you cut her pant leg off. Her injury is described as what kind of fracture.

a)

Comminuted

b)

Pathologic

c)

Compound

d)

Stress

32.

 a fracture in which the bone breaks diagonally. 

a)

Oblique Fracture

b)

Fracture

c)

Diagonal Fracture

d)

Horizontal Fracture 

33.

Bone breaks into many fragments.

a)

Shattered Fracture

b)

Traction Fracture 

c)

Comminuted Fracture

d)

The Magic School Bus

34.

Bone breaks incompletely, occurs most commonly during the infantile stages of life.

a)

Greenstick Fracture

b)

Stable Fracture

c)

Bluestick Fracture

d)

Comminuted Fracture 

35.

The xray shows a fracture that has bones broken into more than two pieces. What type of fracture is this?

a)

Simple

b)

Compound

c)

Impacted

d)

Comminuted

36.
a)
Orbicularis Oris
b)
Orbicularis Oculi
c)
Corrugator
d)
Frontalis
37.
a)
Orbicularis Oris
b)
Orbicularis Oculi
c)
Corrugator
d)
Occipitals
38.
a)
Temporalis
b)
Frontalis
c)
Occipitals
d)
Corrugator
39.
a)
Buccinator
b)
Zygomaticus Major
c)
Zygomaticus Minor
d)
Masseter
40.
a)
Masseter
b)
Buccinator
c)
Zygomaticus Major
d)
Zygomaticus Minor
41.
a)
Masseter
b)
Buccinator
c)
Platysma
d)
Sternoclidomastoid
42.
a)
Mentalis
b)
Platysma
c)
Sternoclidomastoid
d)
Risorius
43.
a)
Frontalis
b)
Occipitals
c)
Corrugator
d)
Obicularis Oculi
44.

Bright Red

a)

Occipitalis

b)

Frontalis

c)

Corrugator

d)

Zygomaticus Minor

45.

#10?

a)

orbicularis oculi

b)

zygomaticus

c)

buccinator

d)

orbicularis oris

46.
a)
Latissimius Dorsi
b)
Trapezius
c)
Triceps
d)
Erectors
47.

#1?

a)

frontalis

b)

zygomaticus

c)

cranial aponeurosis

d)

occipitalis

48.

These paired straplike muscles (A) are the most superficial muscles of the abdomen. They flex the vertebral column and compress the abdomen during defecation, childbirth, and forced breathing.

a)

External oblique

b)

Internal oblique

c)

Rectus abdominis

d)

Transversus abdominis

49.

The deepest muscles (B) of the abdomen run horizontally across the abdomen.

a)

External oblique

b)

Internal oblique

c)

Rectus abdominis

d)

Transversus abdominis

50.

These muscles (C) flex the vertebral column, rotate the trunk and bend it laterally.

a)

External oblique

b)

Internal oblique

c)

Rectus abdominis

d)

Transversus abdominis

51.

These muscles (D) flex the vertebral column, rotate the trunk and bend it laterally.

a)

External oblique

b)

Internal oblique

c)

Rectus abdominis

d)

Transversus abdominis

52.

The two large, flat muscles (D) that cover the lower back, extend and adduct the humerus.

a)

Deltoid

b)

Triceps brachii

c)

Trapezius

d)

Latissimus dorsi

53.

What muscle is shown here?

a)

Scalenes

b)

Levator Scapulae

c)

Supraspinatus

d)

Rhomboid major

54.

muscle?

a)

scalenes

b)

frontalis

c)

masseter

d)

mentalis

55.

Name the muscles that are jagged side muscles.

a)

external oblique

b)

rectus abdominus

c)

serratus anterior