The available options are:
a) Push-up plus off a wall → shoulder IR/ER → seated DB press
b) Shoulder IR/ER → push-up plus → seated DB press
c) Shoulder IR/ER → seated DB press → push-up plus
d) High-rep bench press → shoulder IR/ER → abdominal crunch
Answer:
A. Push-up plus off a wall -> shoulder IR/ER -> seated DB press
Explanation:
A push-up plus off a wall is an example of a closed chain exercise as the arm is fixated to a stationary surface.
It also make your shoulder blades to move freely, making serratus anterior stronger, a vital muscle that keeps scapula stable and helps it rotate upward. This in turn reduces shoulder impingement when push-ups plus off a wall is done.
Shoulder IR/ER also helps to correct the imbalance in the rotator muscles of the shoulder.
Also, seated DB press strengthens all muscles of the shoulder in a functional way.
In North America, the demand for ampetamine (especially methamphetamine) has been stable
In medical term, the term pharynx is called prefix.
<h3>What is Pharynx?</h3>
Pharynx can be defined as part of the respiratory tract that allows for the password of air down to the throat. It is also called throat.
In medical terminology, a word can be used for root, prefix or suffix.
When a word is used as a prefix, it is placed at the beginning of a word to modify or change its meaning.
Pharynx is used as a prefix in the word "pharyngitis" which is inflammation of the pharynx.
Learn more about respiratory system here:
brainly.com/question/1549761
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Answer:
If red blood cells are placed in a hypertonic solution, they will shrink because the water moves out of the cell through osmosis. When red blood cells are places in hypotonic solution they swell and rupture because the water moved in the cell through osmosis.
Explanation:
If red blood cells are placed in 1400mOsm of NaCl, the cell volume will be lost because the wayer in the cell moves out due to higher concentration of salt outside, they will shrink.
Similarly if the red blood cells are places in urea and NaCl the cell will again shrink.