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Kinesiology final review Gait

Total questions: 37

Worksheet time: 28mins

Name
Class
Date
1.

What is the amount of "toe-out" angle from the long axis of the foot called?

a)

Genu valgum

b)

Foot angle

c)

Tibial torsion

d)

Coxa vara

2.

What is the distance from one foot strike to the other foot strike?

a)

Stride length

b)

Step width

c)

Cadence

d)

Step length

3.

What is the distance covered during one gait cycle?

a)

Step length

b)

Cadence

c)

Stride length

d)

Step width

4.

What is the lateral distance between the heel centers of two feet?

a)

Step length

b)

Stride length

c)

Cadence

d)

Step width

5.

When does double support take place during the gait cycle?

a)

At the initial swing phase

b)

At the midstance

c)

At the first and last 10% of stance

d)

At the terminal swing phase

6.

What is considered the most functional measure of an individual's gait?

a)

Cadence

b)

Stride length

c)

Step width

d)

Walking speed

7.

What is the time it takes to complete one gait cycle?

a)

Step time

b)

Stance time

c)

Swing time

d)

Stride time

8.

What is the number of steps in a given time?

a)

Step time

b)

Gait cycle

c)

Cadence

d)

Step length

9.

What factor can affect temporal descriptors in gait analysis?

a)

Shoe type

b)

Walking surface

c)

Age

d)

Stride length

10.

Which of the following represents the components of the stance phase in gait?

a)

Initial contact, midswing, terminal stance, pre-swing

b)

Initial contact, midswing, terminal stance, pre-swing

c)

Loading response, midstance, terminal stance, pre-swing

d)

Toe-off, acceleration, midstance, deceleration

11.

Which of the following represents the components of the swing phase in gait?

a)

Heel contact, foot flat, midstance, heel off

b)

Early swing, midswing, late swing, heel contact

c)

Loading response, midstance, terminal stance, pre-swing

d)

Toe-off, acceleration, midstance, deceleration

12.

In Ranchos Los Amigos Gait Analysis, what does foot flat correspond to in the gait cycle?

a)

Midstance

b)

Heel contact

c)

Loading response

d)

Terminal stance

13.

Which two phases are listed the same between traditional gait and Ranchos Los Amigos in gait analysis?

a)

Initial contact and Loading response

b)

Midstance and Midswing

c)

Heel contact and Terminal stance

d)

Toe-off and Pre-swing

14.

In gait analysis, when does the maximal shift to the right occur, and what happens to the base of support (BOS) during this phase?

a)

Initial contact, narrower BOS

b)

Midstance on the right, wider BOS

c)

Terminal stance, narrower BOS

d)

Pre-swing, wider BOS

15.

Which of the following is a common sagittal plane deformity?

a)

Knee varus

b)

Ankle dorsiflexion

c)

Hip flexion contracture

d)

Forefoot supination

16.

What range of motion at the hip is required for normal gait?

a)

20 degrees of flexion, 5 degrees of extension

b)

30 degrees of flexion, 10 degrees of extension

c)

15 degrees of flexion, 20 degrees of extension

d)

25 degrees of flexion, 15 degrees of extension

17.

What can loss of hip motion cause in the sagittal plane?

a)

Lateral pelvic tilt

b)

Anterior or posterior pelvic tilts

c)

Hip abduction

d)

Increased knee flexion

18.

At heel contact during normal gait, how many degrees is the knee flexed?

a)

10 degrees

b)

15 degrees

c)

5 degrees and increases to 10 and 15

d)

20 degrees

19.

How many degrees of knee flexion is required by midswing during normal gait?

a)

30 degrees

b)

45 degrees

c)

60 degrees and then extends to reach for heel strike

d)

75 degrees

20.

What does a knee flexion contracture result in?

a)

Lengthening of the limb

b)

Extension of the knee and ankle

c)

A functionally shorter limb and flexion of the knee and ankle as well

d)

Hyperextension of the knee

21.

When is the greatest amount of dorsiflexion needed?

a)

Heel contact

b)

Foot flat

c)

Midstance

d)

Toe-off

22.

What happens during midstance to maintain isometric dorsiflexion through swing?

a)

Ankle dorsiflexion

b)

Plantarflexion

c)

Supination

d)

Pronation

23.

What occurs when there is a loss of plantarflexion?

a)

Increase in push-off

b)

Longer step length

c)

Decrease in push-off and shorter step length

d)

Increase in dorsiflexion

24.

What can lead to an increase in hip flexion and hip hiking to clear the foot from the ground?

a)

Increase in dorsiflexion

b)

Loss of plantarflexion

c)

Increase in plantarflexion

d)

Loss of dorsiflexion

25.

What kind of gait is caused by excessive plantar flexion on the stance leg to compensate for a longer leg on the swing side?

a)

Trendelenburg gait

b)

Vaulting gait

c)

Duck gait

d)

Ataxic gait

26.

What is foot slap?

a)

Loss of eccentric control of dorsiflexors

b)

Excessive pronation

c)

Excessive pronation

d)

Inability to clear the foot during swing phase

27.

Extension of what joint is crucial to a normal gait in order to help clear the foot from the ground between heel-off and toe-off?

a)

Knee joint

b)

Hip joint

c)

Ankle joint

d)

1st MTP joint

28.

Due to limited MTP extension, hallux rigidis can form and cause a toe-out gait which can then lead to what?

a)

Hallux varus deformity

b)

Hallux valgus deformity (bunion)

c)

Hammertoe deformity

d)

Claw toe deformity

29.

What muscles eccentrically control the iliac crests during the stance phase?

a)

Gluteus maximus

b)

Gluteus medius

c)

Gluteus medius

d)

Tensor fasciae latae

30.

If we do not have eccentric control during the stance phase of gluteus medius, what kind of pathological gait might we see?

a)

Antalgic gait

b)

Ataxic gait

c)

Trendelenburg gait

d)

Steppage gait

31.

What is a component of a compensated Trendelenburg gait?

a)

Increased step length on the unaffected side

b)

Lateral shifting of the trunk over the stance leg

c)

Decreased hip drop on the swing side

d)

Increased knee flexion on the affected side

32.

When does the amount of pelvic rotation increase?

a)

During initial contact

b)

During midstance

c)

With increased speed of ambulation

d)

During terminal stance

33.

What changes with a running gait?

a)

Increased double support

b)

Increased stride length

c)

Two periods of flight instead of double support

d)

Decreased cadence

34.

What can cause a pathological gait?

a)

Comfortable footwear

b)

Regular exercise

c)

Proper nutrition

d)

Pain, CNS disorders, MSK system impairments

35.

How do we define a pathological gait?

a)

A normal walking pattern

b)

An efficient running style

c)

An effort to preserve ambulation through adaptation

d)

An athletic gait

36.

What kind of pathological gait might you see with a Parkinson’s patient?

a)

Stride gait

b)

Festinating gait

c)

Trendelenburg gait

d)

Vaulting gait

37.

What does gait require?

a)

Balance, ability to transfer weight, strength and stability, and ability to constantly adapt

b)

Running shoes, appropriate attire, and a fitness tracker

c)

Running shoes, appropriate attire, and a fitness tracker

d)

Only leg strength