2
atrium
3
plasma
7
vagus nerves
14.
diaphragm
hope this helps! I happen to want to be a heart surgeon;)
Answer:
<em>d) all of the above</em>
Explanation:
Consequences can be good or bad. A decision may turn out harmful or beneficial to the people concerned. When there are stakes associated with making a decision it makes it more challenging and fun.
There can be a number of consequences to a decision which may ultimately never materialise at all,they might just remain as a theory only.Thus, consequences arising from a decision may or may not happen.
People who might be appropriate to include a. A risk manager b. The patient's physician c. The patient's family.
Whether it is evident or harmful to the patient, a medical error is a preventable side effect of medical care. Adverse drug events, improper transfusions, misdiagnosis, under- and overtreatment, surgical injuries, wrong-site surgery, restraint-related injuries, falls, burns, pressure ulcers, and incorrect patient identities are among the issues that frequently arise when providing health care.
The intensive care units, operating rooms, and emergency departments are most likely to experience high error rates with severe consequences. Extremes of age, new procedures, urgency, and the severity of the medical condition being treated are also associated with medical errors.
Know more about Medical errors here: brainly.com/question/25267918
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Salutations!
What is the easiest way to recognize foods contaminated with spoilage bacteria?
The easiest way to recognize foods contaminated with spoilage bacteria is when you observe the color change and smell. When the color has got very unprepossessing, and the smell is a bit awful. A bit greenish, blackish on the bread, its straight away a contaminated food with spoilage bacteria leading you to illness.
Hope I helped (:
Have a great day!
Answer:
60 mL/hr
Explanation:
The IV pump rate = drip rate/concentration
drip rate = 2 mg/min and concentration = 2 mg/mL.
So, The IV pump rate = 2 mg/min ÷ 2 mg/mL
= 1 mL/min converting minutes to hours, we have
1 mL/min × 60 min/1 hr = 60 mL/hr
So, the IV pump rate = 60 mL/hr
