Question 1

The section of the spine that permits the greatest range of trunk flexion is the _____ spine.

Accepted Answer

A)  cervical 
B)  thoracic 
C)  lumbar 
D)  sacral 
A)  cervical 
B)  thoracic 
C)  lumbar 
D)  sacral B

Question 2

Reaching across the midline requires control of what specific movement patterns?

Accepted Answer

A)  Flexion 
B)  Extension 
C)  Rotation 
D)  Lateral flexion 
A)  Flexion 
B)  Extension 
C)  Rotation 
D)  Lateral flexion C

Question 3

Lifting a hip while seated to perform lower extremity dressing requires:

Accepted Answer

A)  a balance of flexion and extension control. 
B)  concentric shortening of the trunk. 
C)  lateral weight shifting ability. 
D)  all of the above. 
A)  a balance of flexion and extension control. 
B)  concentric shortening of the trunk. 
C)  lateral weight shifting ability. 
D)  all of the above. D

Question 4

The type of muscle contraction that rights the trunk after functional activities is:

Accepted Answer

A)  concentric. 
B)  eccentric. 
C)  isometric. 
D)  none of the above. 
A)  concentric. 
B)  eccentric. 
C)  isometric. 
D)  none of the above.

Question 5

Trunk rotation toward the left is controlled by the:

Accepted Answer

A)  rectus abdominis. 
B)  left external oblique and right internal oblique. 
C)  right external oblique and left internal oblique. 
D)  right and left external oblique. 
A)  rectus abdominis. 
B)  left external oblique and right internal oblique. 
C)  right external oblique and left internal oblique. 
D)  right and left external oblique.

Question 6

Crossing the involved leg during lower extremity dressing predominately requires control of the back extensors to prevent posterior falls.

Accepted Answer

A) True 
 B)False

Question 7

Bridging is primarily controlled by the:

Accepted Answer

A)  rectus abdominis. 
B)  obliques. 
C)  hip and back extensors. 
D)  hamstrings. 
A)  rectus abdominis. 
B)  obliques. 
C)  hip and back extensors. 
D)  hamstrings.

Question 8

Reaching down to pick up an object from the floor requires which type of contraction of the extensors?

Accepted Answer

A)  Concentric 
B)  Eccentric 
C)  Isometric 
D)  Isotonic 
A)  Concentric 
B)  Eccentric 
C)  Isometric 
D)  Isotonic

Question 9

Assuming an anterior pelvic tilt results in:

Accepted Answer

A)  spinal extension. 
B)  an anterior weight shift. 
C)  an accentuation of the lumbar lordosis. 
D)  all of the above. 
A)  spinal extension. 
B)  an anterior weight shift. 
C)  an accentuation of the lumbar lordosis. 
D)  all of the above.

Question 10

Movements that result in the shoulders moving posterior to the hips are primarily controlled by:

Accepted Answer

A)  abdominals. 
B)  extensors. 
C)  lateral flexors. 
D)  obliques. 
A)  abdominals. 
B)  extensors. 
C)  lateral flexors. 
D)  obliques.

The section of the spine that permits the greatest range of trunk flexion is the _____ spine.

Reaching across the midline requires control of what specific movement patterns?

Lifting a hip while seated to perform lower extremity dressing requires:

The type of muscle contraction that rights the trunk after functional activities is:

Trunk rotation toward the left is controlled by the:

Crossing the involved leg during lower extremity dressing predominately requires control of the back extensors to prevent posterior falls.

Bridging is primarily controlled by the:

Reaching down to pick up an object from the floor requires which type of contraction of the extensors?

Assuming an anterior pelvic tilt results in:

Movements that result in the shoulders moving posterior to the hips are primarily controlled by:

Pathophysiology,Medical Management,and Acute Rehabilitation of Stroke Survivors

Psychological Aspects of Stroke Rehabilitation

Improving Participation and Quality of Life through Occupation

Task-Oriented Approach to Stroke Rehabilitation

Activity-Based Intervention in Stroke Rehabilitation

Approaches to Motor Control Dysfunction: An Evidence-Based Review

Overview of Balance Impairments: Functional Implications

Vestibular Rehabilitation and Stroke

Upper Extremity Function and Management

Rehabilitation Technologies to Promote Upper Limb Recovery after Stroke

Edema Control

Splinting Applications

Gait Awareness

Managing Visual and Visuospatial Impairments to Optimize Function

How Therapists Think: Exploring Therapists’ Reasoning When Working with Patients Who Have Cognitive and Perceptual Problems Following Stroke

Impact of Neurobehavioral Deficits on Activities of Daily Living

Treatment of Cognitive-Perceptual Deficits: A Function-Based Approach

Managing Speech and Language Deficits after Stroke

Enhancing Performance of Activities of Daily Living

Driving and Community Mobility as an Instrumental Activity of Daily Living

Dysphagia Management

Sexual Function and Intimacy

Seating and Wheeled Mobility Prescription

Home Evaluation and Modifications

Activities of Daily Living Adaptations: Managing the Environment with One-Handed Techniques

Leisure Participation after Stroke

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Exam 7: Trunk Control: Supporting Functional Independence

The section of the spine that permits the greatest range of trunk flexion is the _____ spine.

Reaching across the midline requires control of what specific movement patterns?

Lifting a hip while seated to perform lower extremity dressing requires:

The type of muscle contraction that rights the trunk after functional activities is:

Trunk rotation toward the left is controlled by the:

Crossing the involved leg during lower extremity dressing predominately requires control of the back extensors to prevent posterior falls.

Bridging is primarily controlled by the:

Reaching down to pick up an object from the floor requires which type of contraction of the extensors?

Assuming an anterior pelvic tilt results in:

Movements that result in the shoulders moving posterior to the hips are primarily controlled by:

Pathophysiology,Medical Management,and Acute Rehabilitation of Stroke Survivors

Psychological Aspects of Stroke Rehabilitation

Improving Participation and Quality of Life through Occupation

Task-Oriented Approach to Stroke Rehabilitation

Activity-Based Intervention in Stroke Rehabilitation

Approaches to Motor Control Dysfunction: An Evidence-Based Review

Overview of Balance Impairments: Functional Implications

Vestibular Rehabilitation and Stroke

Upper Extremity Function and Management

Rehabilitation Technologies to Promote Upper Limb Recovery after Stroke

Edema Control

Splinting Applications

Gait Awareness

Managing Visual and Visuospatial Impairments to Optimize Function

How Therapists Think: Exploring Therapists’ Reasoning When Working with Patients Who Have Cognitive and Perceptual Problems Following Stroke

Impact of Neurobehavioral Deficits on Activities of Daily Living

Treatment of Cognitive-Perceptual Deficits: A Function-Based Approach

Managing Speech and Language Deficits after Stroke

Enhancing Performance of Activities of Daily Living

Driving and Community Mobility as an Instrumental Activity of Daily Living

Dysphagia Management

Sexual Function and Intimacy

Seating and Wheeled Mobility Prescription

Home Evaluation and Modifications

Activities of Daily Living Adaptations: Managing the Environment with One-Handed Techniques

Leisure Participation after Stroke

Filters