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Skeletal System Yr 10 PE

Total questions: 50

Worksheet time: 47mins

Name
Class
Date
1.

What is the primary function of the skeletal system?

a)

To support and protect the body

b)

To digest food

c)

To circulate blood

d)

To produce hormones

2.

How many bones approximately make up the appendicular skeleton?

a)

80

b)

100

c)

126

d)

150

3.

Which of the following is a function of the skeletal system that provides an internal framework for body structure and posture?

a)

Protection

b)

Support & Shape

c)

Movement

d)

Mineral Storage

4.

Which function of the skeletal system serves as a reservoir for calcium and phosphorus?

a)

Support & Shape

b)

Blood Cell Production

c)

Mineral Storage

d)

Movement

5.

What components do bones combine to achieve both flexibility and strength?

a)

Collagen fibers and mineral deposits

b)

Muscle fibers and calcium

c)

Protein fibers and iron deposits

d)

Fat tissues and vitamin D

6.

Which type of bone is primarily responsible for movement as levers?

a)

Short Bones

b)

Flat Bones

c)

Long Bones

d)

Irregular Bones

7.

Which bones are part of the axial components that protect vital organs?

a)

Humerus, radius, ulna

b)

Femur, tibia, fibula

c)

Cranium, vertebral column, sternum, ribs

d)

Carpals, metacarpals, phalanges

8.

What is the function of the hollow center in each vertebra?

a)

To store nutrients

b)

To allow blood flow

c)

To protect the spinal cord

d)

To support muscle attachment

9.

How do vertebrae change as they descend from the cervical to the lumbar region?

a)

They decrease in size

b)

They increase in size

c)

They become more flexible

d)

They become hollow

10.

What is the range of movement between two vertebrae?

a)

Very limited

b)

Very extensive

c)

Moderate

d)

Non-existent

11.

What is the total number of vertebrae in the vertebral column?

a)

24

b)

30

c)

34

d)

40

12.

What type of movement is possible at a ball and socket joint?

a)

Flexion and extension only

b)

Rotation only

c)

Flexion, extension, adduction, abduction, rotation, circumduction

d)

Sideways movement only

13.

How many bones are integrated into the skeletal system?

a)

206

b)

150

c)

300

d)

180

14.

What are the two main functions of flat bones?

a)

They contain bone marrow, where red blood cells are made.

b)

They protect internal organs.

c)

They provide an area for muscle attachment.

d)

They connect bones such as the patella and tibia.

15.

Choose the appropriate characteristic from the following list for each of the connective tissue types below. inelastic and very strong; slightly elastic and allow for some movement; smooth and slightly elastic Cartilage is ________ Tendons are ________ Ligaments are ________

a)

Cartilage is inelastic and very strong; Tendons are smooth and slightly elastic; Ligaments are slightly elastic and allow for some movement.

b)

Cartilage is smooth and slightly elastic; Tendons are inelastic and very strong; Ligaments are slightly elastic and allow for some movement.

c)

Cartilage is slightly elastic and allow for some movement; Tendons are smooth and slightly elastic; Ligaments are inelastic and very strong.

d)

Cartilage is slightly elastic and allow for some movement; Tendons are inelastic and very strong; Ligaments are smooth and slightly elastic.

16.

An example of a long bone is the scapula. True or false?

a)

True

b)

False

17.

Describe the characteristics of irregular bones and give an example.

a)

Irregular bones are flat and protect organs; example: ribs.

b)

Irregular bones are long and cylindrical; example: tibia.

c)

Irregular bones have complex shapes and provide support; example: vertebrae.

d)

Irregular bones are cube-shaped and provide stability; example: tarsals.

18-22.

The skeletal system has five main functions.

  • It gives the framework to which the soft tissues attach, and gives the body its shape.

  • It helps with movement. The bones are the levers upon which our muscles pull.

  • It protects vital organs; for example, the skull protects the brain, and the ribs protect the heart and lungs.

  • It is the site of blood cell formation. The long bones contain bone marrow, which produces all of our red blood cells and some white blood cells.

  • It stores mineral salts, especially calcium. Degradation of bones and joints can lead to diseases and abnormalities such as osteoarthritis and osteoporosis.

  • Short bones, They are roughly cubical; that is, they have the same width and length (e.g. the carpal bones of the wrist and the tarsal bones of the foot).

  • Long bones, They are longer than they are wide and have a hollow shaft containing marrow (e.g. the femur, phalanges and humerus).

  • Flat bones, They provide flat areas for attachment of muscles and usually enclose cavities to protect organs (e.g. the scapula, ribs, sternum and skull).

  • Irregular bones, have no regular shape characteristics (e.g. the vertebrae and bones of the face).

  • Sesamoid bones, They are small bones developed in tendons around some joints (e.g. the patella at the knee joint).

  • Each vertebra has a hollow centre through which the spinal cord travels. In this way, the cord is protected.

  • As the vertebrae descend from the cervical to the lumbar region, they increase in size. This helps them to support the weight of the upper body.

  • Movement between two vertebrae is very limited. But the range of movement of the vertebral column as a whole unit is great, allowing bending, twisting and rotation. Use the Vertebral column worksheet in your Online Resources to label the sections of the vertebral column.

18.

What are the five main functions of the skeletal system?

4 lines
19.

Describe the role of bone marrow in the skeletal system.

4 lines
20.

The skull protects the (a)   .

21.

Long bones have a hollow shaft containing (a)   .

22.

The patella is an example of a (a)   bone.

23-27.

Cartilage is a smooth, slightly elastic tissue. It is found in various forms in the body. The ends of the bones in synovial joints are coated with smooth, shiny cartilage called hyaline cartilage. Some synovial joints also have cartilage between the bones (e.g. the knee). The vertebrae of the spine are separated by discs of cartilage, and the ribs attach to the sternum by way of cartilage. The cartilage in the knee and between the vertebrae provides shock absorption during movement. The hard part of the ear and the tip of the nose are also cartilage.

23.

What is cartilage and where is it found in the body?

4 lines
24.

Explain the role of cartilage in synovial joints.

4 lines
25.

How does cartilage contribute to shock absorption in the body?

4 lines
26.

The ends of the bones in synovial joints are coated with smooth, shiny cartilage called (a)   cartilage.

27.

The vertebrae of the spine are separated by discs of (a)   , which provide shock absorption during movement.

28.

Which of the following bones is classified as a flat bone?

a)

Femur

b)

Scapula

c)

Vertebra

d)

Patella

29.

What is the main function of red bone marrow in the skeletal system?

a)

Movement

b)

Fat storage

c)

Blood cell production

d)

Mineral storage

30.

The bones at the end of our fingers and toes are known as _______________.

a)

Tarsals

b)

The phalanges

31.

The scientific name of the collar bone is the ____________.

a)

Scapula

b)

Clavicle

32.

The shoulder and hip are ball and socket joints.

a)

True

b)

False

33.

The forearm bone closest to the thumb is the __________.

a)

Ulna

b)

Radius

34.

Examples of a hinge joint are the elbow and knee.

a)

True

b)

False

35.

The bone that spans from the shoulder to the elbow is known as the ___________________.

a)

Humerus

b)

Ulna

c)

Femur

d)

Tibia

36.

The vertebra is an irregular bone.

a)

True

b)

False

37.

The patella is commonly known as your knee cap.

a)

True

b)

False

38.

The scapula is commonly known as your shoulder blade.

a)

True

b)

False

39.

Long bones are longer than they are wide.

a)

True

b)

False

40.
Which mineral makes up our bones?
a)
Calcium
b)
Vitamin D
c)
Blood Cells
d)
Bone Marrow
41.

What bone is highlighted?

a)

Skull (Mandible)

b)

Clavicle

c)

Mandible

d)

Scapula

42.

What bone is highlighted? (hint: inside of your leg)

a)

Tibia

b)

Fibula

c)

Femur

d)

Humerus

43.

What bone is highlighted?

a)

Radius

b)

Ulna

c)

Humerus

d)

Carpals

44.

What bone is highlighted?

a)

Radius

b)

Ulna

c)

Humerus

d)

Carpals

45.
What is the name of this bone?
a)
Femur
b)
Humerous
c)
Skull
d)
Shin
46.
what type of bone is the femur
a)
Long bone
b)
Short bone
c)
Flat bone
d)
Irregular bone
47.
One function of the skeletal system is _______ especially in regards to the vital organs, such as the brain, heart, and lungs.
a)
Protection
b)
Storage
c)
Synthesis
d)
Movement
48.
Name the bone located at number 14.
a)
Femur
b)
Fibula
c)
Tibia
d)
Radius
49.
Name the bone located at number  8.
a)
Humerus
b)
Radius
c)
Fibula
d)
Tibia
50.
Medial forearm bone
a)
humerus
b)
ulna
c)
radius
d)
carpal
51.

This long bone helps protect the heart and lungs and is called the:

a)

scapula

b)

clavicle

c)

vertebrae

d)

sternum

52.
What is the name for the connector that attaches bone to bone?
a)
ligament
b)
tendon
c)
patella
d)
string
53.

The scientific name for skull is______________.

a)

cranium

b)

sternum

c)

pelvis

d)

mandible

54.

I have circled, in red, a region of the torso. What would you call the bones inside these circles?

a)

Ribs

b)

Sternum

c)

Clavicle

d)

Mandible

55.

What is the name for the connector that attaches muscle to bone?

a)

ligament

b)

tendon

c)

joint

d)

bones

56.

What bone is highlighted?

a)

Patella

b)

Pelvis

c)

Clavicle

d)

Femur

57.

Which curve of the spine is represented by the YELLOW box?

a)

Carvical

b)

Thoracic

c)

Lumbar

d)

Sacrum

58.

Which curve of the spine is represented by the BLUE box?

a)

Carvical

b)

Thoracic

c)

Lumbar

d)

Sacrum