Question

In: Anatomy and Physiology

1. Identify starting/body position for the given movement 2. Describe the movement i.e. downward/upward phase a....

1. Identify starting/body position for the given movement 2. Describe the movement i.e. downward/upward phase a. Flexion/extension/Ab, Adduction etc b. Identify the plane and axis of the movement c. Describe ALL joints involved and their muscle action during each phase of the exercise (concentric, eccentric, isometric) d. Identify all the muscles involved with the movement and their respective contraction

• Front squat • Pull-up (starting from the top) and Chin-up (from the bottom) • Conventional dead-lift • Arnold Press • Bench press • Supine hamstring curl on a stability ball • Nordic Curls • Inverted row

Solutions

Expert Solution

Flexion - Starting point is limb in the side of the body

Plane - sagittal plane

Axis - Frontal axis

Extension - Starting point is away from the body

Plane - sagittal plane

Axis - Frontal axis

Adduction -

Starting Limbs -limb is in side of body

Plane - Frontal plane

Axis - sagittal axis

Abduction - Limb is away from body

Plane - Frontal plane

Axis - Sagittal axis

Exercise

muscles

joint

plane

type of contraction

pullup

latissimus dorsi

shouder

frontal plane

concentric contraction

biceps brachi

elbow

infraspinatus

chin up

latissimus dorsi

shoulder

sagital plane

concentric contraction

biceps brachi

elbow

supinator

wrist

deadlift

latissimus dorsi

shoulder

sagital plane

eccentric contraction

biceps brachi

elbow

supinator

wrist

arnold press

back muscles

shoulder

sagital plane

concentric contraction

deltoid

elbow

wrist

bench press

pectoralis major

shoulder

sagital plane

concentric contraction

biceps brachi

elbow

hamstring curl

hamstring

hip

sagital plane

concentric contraction

knee

noridic curl

hamstring

hip

sagital plane

eccentric contraction

knee

inverted row

trapezius

shoulder

sagital plane

concentric contraction

latissimus dorsi

elbow


Related Solutions

Describe an upper body movement or injury by using anatomical terms to describe the movement and...
Describe an upper body movement or injury by using anatomical terms to describe the movement and musculature involved. Must identify all movements that occur in the upper body and the plane of motion in which the movements occur. Must also identify five muscles involved in completing the movement and identify the primary action of each participating muscle.
Question #2 Assume that (a) the price level is flexible upward but not downward and (b)...
Question #2 Assume that (a) the price level is flexible upward but not downward and (b) the economy is currently operating at its full-employment output. Other things equal, how will each of the following affect the equilibrium price level and equilibrium level of real output in the short run? Explain each one in 2-3 lines maximum. a. An increase in aggregate demand. b. A decrease in aggregate supply, with no change in aggregate demand. c. Equal increases in aggregate demand...
What type of movement occurs at the following JOINTS during the (1)stance phase, (2) preparatory phase,...
What type of movement occurs at the following JOINTS during the (1)stance phase, (2) preparatory phase, (3)movement phase, and (4)follow-through phase of a soccer kick? JOINTS: Cervical, Lumbar, Shoulder Girdle, Shoulder Joint, Elbow, Radioulnar, Wrist, Fingers, Hip, Knee, Ankle/Subtalar, Toes What contractions occur in each movement? (isometric, concentric, or eccentric)
Why is the AD-curve downward sloping? 2.   Why is the AS-curve upward sloping in the intermediate...
Why is the AD-curve downward sloping? 2.   Why is the AS-curve upward sloping in the intermediate run?    3.   True or false? Why?       “Monetary policy does not affect real output in the Keynesian supply curve model.” 4.“In the classical AS-curve case, an increase in government spending will increase interest rates and real money balances.” Comment on this statement.          5.   Comment on the following statement: “In the classical aggregate supply curve model, the economy is always at the full-employment level of...
Given downward-sloping demand for labor and upward-sloping supply of labor, explain if wage increases, decreases, or...
Given downward-sloping demand for labor and upward-sloping supply of labor, explain if wage increases, decreases, or has an indeterminate effect if (a) the number of qualified workers decreases and (b) the number of employers increases. Answer (a) and (b) as two different cases.
1.Summarize the distinctions between the analysis phase and the design phase of the SDLC. 2. Describe...
1.Summarize the distinctions between the analysis phase and the design phase of the SDLC. 2. Describe the primary activities of the design phase of the SDLC. 3. Describe the three primary strategies that are available to obtain a new system. 4. What is involved with systems integration? When is it necessary? 5. Explain the distinctions between time and arrangements, fixed‐price, and value‐added outsourcing contracts. 6.What are the pros and cons of each?What is the purpose of a request for proposal...
Based on dynamics, describe the behavior of a phase portrait of a n-body problem.
Based on dynamics, describe the behavior of a phase portrait of a n-body problem.
Describe the concerns presented by two of the stakeholders and discuss your position (i.e., for or...
Describe the concerns presented by two of the stakeholders and discuss your position (i.e., for or against) in the current debate regarding value-driven health policy.
1. Describe the 2 major body regions of a typical mollisk? 2. Annelids exhibit body segmentation....
1. Describe the 2 major body regions of a typical mollisk? 2. Annelids exhibit body segmentation. why is this a major evolutionary innovation? 3. Why are insects so successful??
2 identical speakers are in phase with eachother, at the same position on the x-axis, and...
2 identical speakers are in phase with eachother, at the same position on the x-axis, and both have a wavelength of 3 meters. They are seperated from eachother on the y-axis by a distance of 6 meters. While an observer maintains a constant position on the y-axis, determine the locations on the x-axis where the observer could relocate theirself where the sound intensity is at a minimum. The provided answers are 11.25 meters and 1.75 meters; however, I am unsure...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT