In this given situation, we should stand behind him and administer abdominal thrusts.
<h3>Which part of the body should abdominal thrusts be administered?</h3>
Place the fist's thumb side against the person's stomach, just above the belly button and below the ribs. The muscle of the diaphragm can be felt. With the other hand over the fist, make a quick, powerful upward thrust into this muscle. Keep performing abdominal thrusts until the thing exits.
In order to remove things from the throat, the Heimlich maneuver employs abdominal thrusts. The diaphragm is a muscle that lies beneath the lungs. To assist the lungs in exhaling air, this muscle contracts. The Heimlich maneuver works by creating an artificial cough.
Learn more about abdominal thrusts here:
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#SPJ4
1. skin
2. pathogen
3. bacterial, viral
4*. immune response
5*. adaptive or acquired
6. leukocytes
7*. cell-mediated immune response, humoral immune response
8. B-cells, T-cells
9*. the helper T-cell, cytotoxic t-cells
10. antibody
11. nodes
* = not 100% sure
<u>Behavior of Jack, the manager:</u>
Jack is the manager, he does have the authority to correct Samantha but it is also his responsibility to make Samantha comfortable. He could have explained the situation to her calmly and make her understand the problem.
He failed to some extent but he could rectify the mistake by apologizing and providing Samantha a clear explanation about how she can improve her performance. If Samantha does go to the PR and reports Jack, both of them leave the problem unsolved indicating lack of proper communication.
A manager should be able to interact well with their workers and make them see the benefits for the company and their personal interests and then invest their effort into better performance.
Answer:
pulmonary disease.
Explanation:
with this condition, diaphragm has symptoms of not inhaling enough o2, absorbing the o2 into the bloodstream, caused by smoking, COPD, etc. results in hypo ventilation, and heart conditions. diaphragm is what helps lungs inhale & exhale o2 & co2...
