BASIC BIOMECHANICS
8th Edition
ISBN: 9781259913877
Author: Hall
Publisher: RENT MCG
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Textbook Question
Chapter 5, Problem 7AP
What specific exercises would you recommend for increasing the flexibility of each of the following joints?
a. Hip
b. Shoulder
c. Ankle
Explain the rationale for your recommendations.
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Active range of motion exercise means another person moves each joint to the patient
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Chapter 5 Solutions
BASIC BIOMECHANICS
Ch. 5 - Prob. 1IPCh. 5 - Describe the directions and approximate ranges of...Ch. 5 - Prob. 3IPCh. 5 - Prob. 4IPCh. 5 - What factors contribute to flexibility?Ch. 5 - Prob. 6IPCh. 5 - How is flexibility related to the likelihood of...Ch. 5 - Prob. 8IPCh. 5 - Explain why grip strength diminishes as the wrist...Ch. 5 - Why is ballistic stretching contraindicated?
Ch. 5 - Prob. 1APCh. 5 - How is articular cartilage similar to and...Ch. 5 - Prob. 4APCh. 5 - Discuss the relative importance of joint stability...Ch. 5 - What specific exercises would you recommend for...Ch. 5 - What specific exercises would you recommend for...Ch. 5 - Prob. 8APCh. 5 - Prob. 9APCh. 5 - What exercises would you recommend for senior...
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Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, bioengineering and related others by exploring similar questions and additional content below.Similar questions
- To answer the following questions utilize the attached picture. A. What muscles are acting on the knee from B to C? B. What classification of lever is being demonstrated in this exercise? C. Where is the resistance occurring? D. Where is the point of force application at the knee? E. Utilizing the rules of the lever system, how can this exercise be made easier? (You can’t simply remove the cuff)arrow_forwardWhich of the following is true regarding internal/external rotation of the knee? A. Can occur at any angle of knee flexion B. Greater range of motion in internal rotation C. During initial flexion from full extension, knee must unlock by externally rotating D. The popliteus is the muscle responsible for “unlocking” the kneearrow_forward32. When the weight is traveling downwards, what joint action is occurring at the wrist joint? must watch 5 second clip to answer https://www.youtube.com/watch?v=6pWu4Xko9qM a. Flexion b. Extension c. Abduction d. Adductionarrow_forward
- For the following synovial joint movements: a) Define; and b) Give a real life example of the joint and movement. a. Flexion b. Extension c. Abduction d. Adduction e. Circumduction f. Supination g. Pronation h. Dorsiflexion i. Plantaflexion j. Mandible i. Elevation II, Depression iii. Protraction iv. Retractionarrow_forwardLeft knee angular displacement (the change in joint angle in comparison to the initial position) in all three planes (sagittal - x, frontal - y, transverse - z) over time in seconds is shown. a. Based on your figure, what is the biggest difference between the angular displacement in the sagittal plane and that in the other two planes? b. Provide an explanation for your findings from a). (Hint: Think about the anatomy of the knee joint)arrow_forward1. Explain what the differences would be between push and pull exercises. Explain what they are, and give examples. 2. How can you use this format to work all motions of the joints worked?3. Describe the upper body/ lower body split. Explain in detail what considerations must be made when using this type of plan. 4. Why are total body workouts longer for each day's workout? Explain5. Why are there 2 days needed for the total body workouts? Explain the differencecs6. Which plan do you want to use? Why? How will it work for you?arrow_forward
- Which of the following can be used as a treatment for a stitch in the side? Select one: a. Doing jumping jacks b. Trunk rotation c. Extending the trunk d. Flexing the trunkarrow_forwardFill in the table by identifying the type of joint, movement in a joint and example according to the given range of motion. Choose the answers from Table A . Letters only for the answers. A. HInge joint B. Enarthrosis C. Condyloid D. Pivot E. Saddle F. Planar G. Flexion, Extension, Adduction, Abduction with minimal rotation H. Rotation I. Flexion, Extension J. Gliding K. Flexion, Extension, Adduction, Abduction with no rotation L. Flexion, extension M. trapezium to base of M1 N. Occipital condyles to superior articular facet of atlas O. head of humerus to glenoid fossa P. head of proximal phalanx to base of middle phalanx Q. radial head to radial notch R. acromion process to acromial end NONAXIAL UNIAXIAL BIAXIAL POLYAXIAL Type of joint 1. 2. 3 4. 5. 6. Movement a a. a. a. a. a. Example b. b. b. b. b. b.arrow_forwardAn isometric exercise is one in which the joint angle does not change during the application of muscle force. For instance, you can join your hands together, pushing down with one hand and pushing up with the other. In each arm, the muscles that provide the force are connected to the bones of the arm by tendons. If you increase the forces but keep the angles the same, the muscles will still contract. Explain how this is possible.arrow_forward
- 6. Is accessory motion or joint play best observed in a close-packed or an open-packed position? Why? ___________________________ ___________________________ 7. Stand on a footstool with your right leg close to the edge of the footstool and your left leg hanging off the footstool with a cuff weight around the ankle. The force through the right lower extremity is approximation/traction, and the force through the left lower extremity is approximation/traction. Underline the correct answers.arrow_forward34. When the most lateral portion of the weight is moving downwards, what joint action is occurring at the wrist? must watch 5 second clip to answer https://www.youtube.com/watch?v=c04qRL6u6_8 a. Abduction b. Flexion c. Adduction d. Extensionarrow_forwardMatch the shoulder girdle movements to those shoulder joint movements that occur as a result of excessive glenohumeral movements. Abduction A. Abduction Adduction B. Adduction Extension C. Depression Flexion D. Elevation Horizontal adduction E. Downward rotation Internal rotation F. Upward rotation Horizontal abduction External rotation Iarrow_forward
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