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Femur (Distal End)

Total questions: 67

Worksheet time: 34mins

Name
Class
Date
1.

Refer to the diagram of the distal end of the femur. Which structure is labeled as the attachment point for muscles and ligaments?

a)

Lateral condyle

b)

Medial condyle

c)

Lateral epicondyle

d)

Adductor tubercle

2.

Medial & Lateral Condyles articulate with the ______ to form the knee joint.

a)

Tibia

b)

Fibula

c)

Femur

d)

Patella

3.

The medial epicondyle is an attachment point for muscles and ligaments.

a)

True

b)

False

4.

What is the intercondylar fossa of the femur?

a)

A) A projection on the anterior aspect of femur

b)

B) A depression on posterior aspect of femur where ligaments attach

c)

C) A ridge on the lateral aspect of femur

d)

D) A notch on the medial aspect of femur

5.

Fill in the blank: The intercondylar fossa is a ______ on the posterior aspect of the femur where ligaments attach.

a)

depression

b)

ridge

c)

notch

d)

tuberosity

6.
Question Image

Match the following parts of the distal end of the femur to their correct locations as shown in the diagram:

a)

Inner upper bump

1.

Medial epicondyle

b)

Outer upper bump

2.

Lateral epicondyle

c)

Inner lower bump

3.

Medial condyle

d)

Outer lower bump

4.

Lateral condyle

e)

Central depression

5.

Intercondylar fossa

7.

What is the function of the medial and lateral condyles of the tibia?

a)

They articulate with the femur to form the knee joint.

b)

They attach to the patella for movement.

c)

They serve as the origin for the quadriceps muscle.

d)

They provide attachment for the Achilles tendon.

8.

Which structure serves as the attachment point of the patellar tendon?

a)

Tibial tuberosity

b)

Medial malleolus

c)

Femoral condyle

d)

Fibular head

9.

The medial and lateral condyles of the tibia widen at the proximal end to form the ________.

a)

tibial plateau

b)

intercondylar eminence

c)

fibular head

d)

patellar surface

10.
Question Image

Match the following parts of the proximal tibia with their descriptions:

a)

Medial condyle

1.

Articulates with femur

b)

Lateral condyle

2.

Articulates with femur

c)

Tibial tuberosity

3.

Attachment point of patellar tendon

11.

What is the area where ligaments and menisci attach on the proximal end of the tibia called?

a)

Tibial tuberosity

b)

Intercondylar eminence

c)

Medial condyle

d)

Lateral condyle

12.

The intercondylar eminence contains _________.

a)

intercondylar tubercles

b)

medial malleolus

c)

patellar ligament

d)

fibular head

13.

The intercondylar eminence articulates with the intercondylar fossa of the _________?

a)

femur

b)

tibia

c)

fibula

d)

patella

14.
Question Image

Match the following anatomical features of the proximal end of the tibia with their correct labels:

a)

Anterior

1.

1-A

b)

Left side

2.

2-B

c)

Right side

3.

3-C

d)

Center between condyles

4.

4-D

15.

What is the largest sesamoid bone in the body?

a)

Patella

b)

Pisiform

c)

Fabella

d)

Hallux sesamoid

16.

The patella articulates in the patellofemoral groove with which structures?

a)

Tibial condyles

b)

Medial & lateral condyles

c)

Femoral shaft

d)

Fibular head

17.

Which of the following is a function of the patella?

a)

Enhances leg extension by creating leverage for quadriceps tendon

b)

Supports the ankle joint

c)

Forms the hip joint

d)

Protects the posterior aspect of the knee from trauma

18.

The patella protects the anterior aspect of the knee from trauma.

a)

True

b)

False

19.

Label the following parts on the diagram of the patella:

a)

Base, Apex, Medial facet, Lateral facet

b)

Head, Neck, Shaft, Trochlea

c)

Body, Greater trochanter, Lesser trochanter, Intercondylar fossa

d)

Acromion, Coracoid process, Glenoid cavity, Spine

20.

Which bone is shown on the left side of the image?

a)

Tibia

b)

Femur

c)

Patella

d)

Fibula

21.

Refer to the diagram of articulating surfaces. The green color in the diagram represents which type of surface?

a)

Patellofemoral surfaces

b)

Tibiofemoral surfaces

c)

Articular cartilage

d)

Synovial membrane

22.

Refer to the diagram of articulating surfaces. Fill in the blank: The red color in the diagram represents __________ surfaces.

a)

Patellofemoral

b)

Tibiofemoral

c)

Glenohumeral

d)

Radiocarpal

23.

What does articulating cartilage cover in the knee joint?

a)

It covers the condyles of femur & tibia as well as the posterior of patella.

b)

It covers only the anterior surface of the femur.

c)

It covers the ligaments of the knee joint.

d)

It covers the menisci exclusively.

24.

What is the function of the smooth, slippery surface of articulating cartilage?

a)

It allows the bones to slide over each other without rubbing.

b)

It helps in the production of red blood cells.

c)

It stores calcium for the body.

d)

It connects muscles to bones.

25.

Which of the following is designed to minimize pressure and friction in the knee joint?

a)

Muscle

b)

Articulating cartilage

c)

Ligament

d)

Bone

26.
Question Image

Match the following anatomical features with their labels in the diagram:

a)

Upper groove near patella

1.

Patellofemoral groove

b)

Rounded end of femur

2.

Femoral condyle

c)

Top surface of tibia

3.

Tibial plateau

27.

What is one function of the meniscus? Fill in the blank: The meniscus helps to ______ the articulating surface of tibia to make the joint more stable.

a)

deepen

b)

flatten

c)

widen

d)

narrow

28.

What is another function of the meniscus? Fill in the blank: The meniscus acts as ______ ______.

a)

shock absorbers

b)

muscle relaxants

c)

nerve endings

d)

blood vessels

29.

Which structure is labeled as 'Lateral Meniscus' in the diagram?

a)

Medial Meniscus

b)

Lateral Meniscus

c)

Anterior horn

d)

Posterior horn

30.
Question Image

Match the following anatomical terms to their locations in the knee joint diagram:

a)

Front of knee

1.

A

b)

Medial side

2.

B

c)

Lateral side

3.

C

d)

Posterior side

4.

D

31.

What type of structure is the meniscus?

a)

Bone

b)

Fibrocartilage

c)

Muscle

d)

Ligament

32.

How many C shaped structures is the meniscus divided into?

a)

1

b)

2

c)

3

d)

4

33.

The meniscus attaches to the ______ surface of the tibia.

a)

intercondylar

b)

anterolateral

c)

posterior

d)

medial

34.

The medial meniscus also attaches to the medial (tibial) collateral ligament.

a)

True

b)

False

35.

Identify the labeled structures in the diagram.

a)

Tibial collateral ligament (green), Lateral meniscus (left, black label), Medial meniscus (right, black label)

b)

Fibular collateral ligament (green), Lateral meniscus (right, black label), Medial meniscus (left, black label)

c)

Anterior cruciate ligament (green), Lateral meniscus (left, black label), Medial meniscus (right, black label)

d)

Patellar ligament (green), Lateral meniscus (left, black label), Medial meniscus (right, black label)

36.

What do collateral ligaments connect?

a)

Collateral ligaments connect the femur to the tibia.

b)

Collateral ligaments connect the humerus to the radius.

c)

Collateral ligaments connect the scapula to the clavicle.

d)

Collateral ligaments connect the patella to the fibula.

37.

What is the function of collateral ligaments during knee movement?

a)

Collateral ligaments stabilize the knee during flexion/extension.

b)

Collateral ligaments produce synovial fluid for lubrication.

c)

Collateral ligaments initiate muscle contraction in the thigh.

d)

Collateral ligaments absorb shock during jumping.

38.

What movement do collateral ligaments prevent?

a)

Collateral ligaments prevent medial/lateral movement.

b)

Collateral ligaments prevent flexion/extension movement.

c)

Collateral ligaments prevent rotational movement.

d)

Collateral ligaments prevent anterior/posterior movement.

39.
Question Image

Match the following knee joint structures to their correct labels in the diagram:

a)

Anterior cruciate ligament

1.

Anterior cruciate ligament

b)

Posterior cruciate ligament

2.

Posterior cruciate ligament

c)

Lateral meniscus

3.

Lateral meniscus

d)

Medial meniscus

4.

Medial meniscus

e)

Lateral collateral ligament

5.

Lateral collateral ligament

40.

What is another name for the Medial Collateral Ligament (MCL)?

a)

Tibial Collateral Ligament

b)

Fibular Collateral Ligament

c)

Patellar Ligament

d)

Anterior Cruciate Ligament

41.

Where is the proximal attachment of the Medial Collateral Ligament (MCL)?

a)

Medial epicondyle of femur

b)

Lateral epicondyle of femur

c)

Medial condyle of tibia

d)

Head of fibula

42.

Where is the distal attachment of the Medial Collateral Ligament (MCL)?

a)

Medial condyle of tibia

b)

Lateral condyle of femur

c)

Head of fibula

d)

Medial malleolus

43.

Which ligament is labeled in the diagram as connecting the medial side of the knee?

a)

Lateral collateral ligament

b)

Medial collateral ligament

c)

Anterior cruciate ligament

d)

Posterior cruciate ligament

44.
Question Image

Match the following ligaments to their locations in the knee diagram:

a)

Medial side

1.

Medial collateral ligament

b)

Lateral side

2.

Lateral collateral ligament

c)

Front center

3.

Anterior cruciate ligament

d)

Back center

4.

Posterior cruciate ligament

45.

What is another name for the Lateral Collateral Ligament (LCL)?

a)

Tibial Collateral Ligament

b)

Fibular Collateral Ligament

c)

Medial Collateral Ligament

d)

Cruciate Ligament

46.

Which of the following best describes the Lateral Collateral Ligament (LCL)?

a)

Thick, flat ligament

b)

Thin, round ligament

c)

Short, wide ligament

d)

Long, narrow ligament

47.

Where is the proximal attachment of the Lateral Collateral Ligament (LCL)?

a)

Medial epicondyle of femur

b)

Lateral epicondyle of femur

c)

Head of tibia

d)

Head of fibula

48.

Where is the distal attachment of the Lateral Collateral Ligament (LCL)?

a)

Head of tibia

b)

Head of fibula

c)

Lateral epicondyle of femur

d)

Medial epicondyle of femur

49.

Fill in the blank: The Lateral Collateral Ligament (LCL) is also known as the ________ Collateral Ligament.

a)

Fibular

b)

Tibial

c)

Patellar

d)

Femoral

50.

Identify the ligament labeled as 'Lateral collateral ligament' in the diagram.

a)

Lateral Collateral Ligament (LCL)

b)

Medial Collateral Ligament (MCL)

c)

Anterior Cruciate Ligament (ACL)

d)

Posterior Cruciate Ligament (PCL)

51.

What do cruciate ligaments connect?

a)

Femur to tibia

b)

Femur to fibula

c)

Tibia to patella

d)

Femur to pelvis

52.

Which of the following is a function of cruciate ligaments?

a)

Connect femur to tibia

b)

Stabilize knee during medial/lateral rotation

c)

Prevent excessive anterior/posterior movement

d)

All of the above

53.

Cruciate ligaments help stabilize the knee during ______ rotation.

a)

medial/lateral

b)

anterior/posterior

c)

superior/inferior

d)

proximal/distal

54.
Question Image

Match the following knee structures to their correct location in the diagram:

a)

Anterior cruciate ligament

1.

Anterior cruciate ligament

b)

Posterior cruciate ligament

2.

Posterior cruciate ligament

c)

Lateral meniscus

3.

Lateral meniscus

d)

Medial meniscus

4.

Medial meniscus

e)

Lateral collateral ligament

5.

Lateral collateral ligament

55.

What is the function of the Anterior Cruciate Ligament (ACL)? Fill in the blank: The ACL prevents ________ dislocation of the knee.

a)

anterior

b)

posterior

c)

lateral

d)

medial

56.

Where is the proximal attachment of the Anterior Cruciate Ligament (ACL)? Fill in the blank: The proximal attachment of the ACL is the ________ aspect of the intercondylar fossa.

a)

posterior

b)

anterior

c)

medial

d)

lateral

57.

Where is the distal attachment of the Anterior Cruciate Ligament (ACL)? Fill in the blank: The distal attachment of the ACL is the ________ aspect of the intercondylar region of tibia.

a)

anterior

b)

posterior

c)

medial

d)

lateral

58.

Refer to the diagram of the knee. Which ligament is labeled as the Anterior Cruciate Ligament?

a)

Lateral collateral ligament

b)

Posterior cruciate ligament

c)

Anterior cruciate ligament

d)

Medial collateral ligament

59.
Question Image

Match the following ligaments to their locations in the knee diagram:

a)

Front center of knee

1.

Anterior cruciate ligament

b)

Back center of knee

2.

Posterior cruciate ligament

c)

Outer side of knee

3.

Lateral collateral ligament

d)

Inner side of knee

4.

Medial collateral ligament

60.

What is the main function of the Posterior Cruciate Ligament (PCL)? Fill in the blank: The PCL prevents _______ dislocation of the knee.

a)

posterior

b)

anterior

c)

lateral

d)

medial

61.

Where is the proximal attachment of the Posterior Cruciate Ligament (PCL)?

a)

anterior

b)

posterior

c)

medial

d)

lateral

62.

Where is the distal attachment of the Posterior Cruciate Ligament (PCL)? Fill in the blank: The distal attachment of the PCL is the _______ aspect of the intercondylar region of tibia.

a)

posterior

b)

anterior

c)

medial

d)

lateral

63.

Which ligament is highlighted as the Posterior Cruciate Ligament (PCL) in the diagram?

a)

A) Anterior cruciate ligament

b)

B) Posterior cruciate ligament

c)

C) Lateral collateral ligament

d)

D) Medial collateral ligament

64.

What is the patellar tendon a continuation of?

a)

Quadriceps tendon

b)

Hamstring tendon

c)

Patella ligament

d)

Achilles tendon

65.

Where is the proximal attachment of the patellar tendon?

a)

Apex of patella

b)

Tibial tuberosity

c)

Medial condyle of femur

d)

Head of fibula

66.

Where is the distal attachment of the patellar tendon?

a)

Tibial tuberosity

b)

Femoral condyle

c)

Fibular head

d)

Medial malleolus

67.

Which structure is labeled as the patellar tendon in the diagram?

a)

The structure connecting the patella to the tibia, shown as 'Patellar tendon' in the diagram.

b)

The structure connecting the femur to the patella, shown as 'Quadriceps tendon' in the diagram.

c)

The structure running along the side of the knee, shown as 'Lateral collateral ligament' in the diagram.

d)

The structure connecting the femur to the tibia, shown as 'Anterior cruciate ligament' in the diagram.