Movement Analysis

Question 1

What type of joint is the ankle?

Answer 1

Hinge joint

The ankle joint allows for movement primarily in one plane.

Question 2

Name the articulating bones of the ankle joint.

Answer 2

• Tibia
• Fibula
• Talus

These bones work together to form the ankle joint.

Question 3

What is the primary movement allowed by the ankle joint?

Answer 3

Dorsi-flexion and plantar flexion

These movements occur in the sagittal plane.

Question 4

Which agonist muscles are involved in dorsi-flexion of the ankle?

Answer 4

• Tibialis anterior

This muscle is primarily responsible for lifting the foot.

Question 5

Which agonist muscles are involved in plantar flexion of the ankle?

Answer 5

• Gastrocnemius
• Soleus

These muscles work together to point the toes.

Question 6

What is the practical application of ankle movements in contemporary dance?

Answer 6

Creating a fully extended finish to the leg in a split leap or rising to the toes

This involves concentric contraction of the gastrocnemius and soleus.

Question 7

What is the sagittal plane in relation to ankle movement?

Answer 7

The plane in which dorsi-flexion and plantar flexion occur

Movements in this plane involve forward and backward motion.

Question 8

What is the Achilles tendon associated with?

Answer 8

Plantar flexion of the ankle

It connects the calf muscles to the heel bone.

Question 9

What type of joint is the knee?

Answer 9

Hinge joint

The knee joint allows for flexion and extension movements.

Question 10

Name the bones that articulate at the knee joint.

Answer 10

• Femur
• Tibia

These bones are crucial for the knee’s function and stability.

Question 11

What are the agonist muscles involved in knee flexion?

Answer 11

hamstring
quadriceps

These muscles are part of the hamstring group that flexes the knee.

Question 12

What are the agonist muscles involved in knee extension?

Answer 12

• Rectus femoris
• Vastus lateralis
• Vastus intermedius
• Vastus medialis

These muscles are part of the quadriceps group that extends the knee.

Question 13

What movement occurs in the sagittal plane at the knee joint?

Answer 13

• Flexion
• Extension

These movements are essential for activities such as walking and running.

Question 14

In a penalty shot in football, which muscle concentrically contracts to flex the knee joint?

Answer 14

Biceps femoris

This contraction occurs during the preparation phase of the shot.

Question 15

In a penalty shot in football, which muscle concentrically contracts to extend the knee joint?

Answer 15

Rectus femoris

This contraction occurs during the execution phase to generate force.

Question 16

The knee joint is essential for creating power in a __________.

Answer 16

penalty shot

The knee’s movements are critical for effective kicking in football.

Question 17

What type of joint is the hip?

Answer 17

Ball and socket joint

The hip joint connects the pelvic girdle and femur.

Question 18

Name the articulating bones of the hip joint.

Answer 18

• Pelvic girdle
• Femur

These bones form the structure of the hip joint.

Question 19

What is the agonist muscle responsible for hip flexion?

Answer 19

Iliopsoas

The iliopsoas is the primary muscle involved in flexing the hip.

Question 20

What movement is associated with the agonist muscles Adductor longus, adductor brevis, and adductor magnus?

Answer 20

Adduction

These muscles work together to bring the thigh closer to the body’s midline.

Question 21

Which muscles are the agonists for medial rotation of the hip?

Answer 21

• Gluteus medius
• Gluteus minimus

These muscles are responsible for rotating the thigh inward.

Question 22

What is the movement associated with the gluteus maximus during Olympic weightlifting?

Answer 22

Extension

The gluteus maximus contracts concentrically to create hip extension.

Question 23

In which plane does hip flexion and extension occur?

Answer 23

Sagittal plane

This plane divides the body into left and right sections.

Question 24

What is the movement associated with the gluteus maximus during the upward phase of Olympic weightlifting?

Answer 24

Hip extension

The gluteus maximus is the agonist during this movement.

Question 25

What is the **agonist muscle** for **abduction** of the hip?

Answer 25

Gluteus medius and gluteus minimus ## Footnote These muscles help move the thigh away from the body's midline.

Question 26

What is the **movement** associated with **lateral rotation** of the hip?

Answer 26

Lateral rotation ## Footnote This movement involves rotating the thigh outward.

Question 27

What type of **joint** is the shoulder?

Answer 27

Ball and socket joint ## Footnote This joint type allows for a wide range of movement in multiple directions.

Question 28

Name the **articulating bones** of the shoulder joint.

Answer 28

* Humerus * Scapula ## Footnote These bones form the structure of the shoulder joint.

Question 29

What is the **agonist muscle** responsible for **flexion** at the shoulder?

Answer 29

Anterior deltoid ## Footnote This muscle plays a key role in lifting the arm forward.

Question 30

Which **agonist muscle** is involved in **adduction** of the shoulder?

Answer 30

Pectoralis major ## Footnote This muscle helps bring the arm closer to the body.

Question 31

What movement occurs in the **sagittal plane** at the shoulder?

Answer 31

Flexion ## Footnote This movement involves raising the arm forward.

Question 32

What is the **agonist muscle** for **horizontal flexion** at the shoulder?

Answer 32

Pectoralis major ## Footnote This muscle assists in moving the arm across the body.

Question 33

What is the **agonist muscle** for **extension** at the shoulder?

Answer 33

Posterior deltoid ## Footnote This muscle is responsible for moving the arm backward.

Question 34

What is the **agonist muscle** for **abduction** at the shoulder?

Answer 34

Middle deltoid ## Footnote This muscle helps lift the arm away from the body.

Question 35

What movement occurs in the **frontal plane** at the shoulder?

Answer 35

Abduction ## Footnote This movement involves raising the arm sideways.

Question 36

What is the **agonist muscle** for **horizontal extension** at the shoulder?

Answer 36

Posterior deltoid and teres minor ## Footnote These muscles work together to move the arm backward in a horizontal plane.

Question 37

What is the **agonist muscle** for **flexion** at the shoulder?

Answer 37

Anterior deltoid ## Footnote This muscle is crucial for lifting the arm forward.

Question 38

What is the **agonist muscle** for **adduction** at the shoulder?

Answer 38

Latissimus dorsi ## Footnote This muscle assists in bringing the arm down and toward the body.

Question 39

What type of **joint** is the elbow?

Answer 39

Hinge joint ## Footnote The elbow allows for movement primarily in one plane.

Question 40

Name the **articulating bones** of the elbow joint.

Answer 40

* Humerus * Radius * Ulna ## Footnote These bones work together to facilitate movement at the elbow.

Question 41

What are the primary **movements** allowed by the elbow joint?

Answer 41

* Flexion * Extension * Abduction * Rotation ## Footnote These movements are facilitated by the muscles around the joint.

Question 42

Which muscle is primarily responsible for **flexion** at the elbow?

Answer 42

Biceps brachii ## Footnote This muscle contracts to bend the elbow.

Question 43

Which muscle is primarily responsible for **extension** at the elbow?

Answer 43

Triceps brachii ## Footnote This muscle contracts to straighten the elbow.

Question 44

What is the **anatomical position** of the elbow when viewed from the anterior?

Answer 44

Anterior view ## Footnote This view shows the front of the elbow joint.

Question 45

What is the **anatomical position** of the elbow when viewed from the posterior?

Answer 45

Posterior view ## Footnote This view shows the back of the elbow joint.

Question 46

In which **plane** does flexion and extension of the elbow occur?

Answer 46

Sagittal plane ## Footnote Movements in this plane involve forward and backward motion.

Question 47

Name the **bones** that articulate at the elbow joint.

Answer 47

* Clavicle * Scapula * Humerus * Radius * Ulna ## Footnote These bones are involved in the overall structure and function of the upper limb.

Question 48

What type of joint is the **wrist joint**?

Answer 48

Condyloid joint ## Footnote The wrist joint involves the radius, ulna, and carpals.

Question 49

Name the **articulating bones** of the wrist joint.

Answer 49

* Radius * Ulna * Carpals ## Footnote These bones form the structure of the wrist joint.

Question 50

What is the **movement** associated with wrist flexors?

Answer 50

Flexion ## Footnote This movement occurs in the sagittal plane.

Question 51

What are the **agonist muscles** involved in wrist flexion?

Answer 51

Wrist flexors ## Footnote These muscles contract concentrically during the flexion movement.

Question 52

What is the **movement** associated with wrist extensors?

Answer 52

Extension ## Footnote This movement is the opposite of flexion.

Question 53

In a jump shot, basketball players contract the **agonist** to flex the wrist. What is the agonist?

Answer 53

Wrist flexors ## Footnote This contraction allows for backspin on the ball.

Question 54

What practical application is described for the **wrist flexors** in basketball?

Answer 54

Enables backspin on the ball ## Footnote This helps the ball to 'pop up' from the backboard rather than roll off.