Answer:
<h2><em>Mark</em><em> </em><em>me</em><em> </em><em>brainliest</em><em> </em><em>plz</em></h2>
Explanation:
<h2>truth, in metaphysics and the philosophy of language, the property of sentences, assertions, beliefs, thoughts, or propositions that are said, in ordinary discourse, to agree with the facts or to state what is the case.</h2>
Answer:
I don't agree with this. I don't agree with this statement because as they can both be addictive, alcohol and nicotine can be addicting to the point of serious health issues, a phone could be taken away or shut off easily
Explanation: hope this helped :]
Answer:
Have you any episodes of dizziness or fainting?
Explanation:
During the assessment is important to ask if the patient had episodes of dizziness or fainting because this can be related to heart failure. Dizziness or fainting can be caused due to a heart that is not irrigating blood to all the body correctly, which leads to a lack of oxygen and nutrients to all the body, causing dizziness or faintings.
As a medical assistant, one can go for being friendly, explaining the procedure, listening to the questions and concerns of the patient, etc. to ease the patient while performing ECG.
<h3>What is ECG?</h3>
An electrocardiogram (ECG) is a simple assessment that can be used to check the rhythm and electrical activity of the heart. Sensors attached to the skin detect the electrical signals generated by the heart every time it beats.
As a medical assistant, one can go for the following to ease the patient during ECG assessment:
- Explaining the proper procedure of the assessment to the patient.
- Answering the questions and concerns of the patients in a proper way.
- Staying calm.
- Being friendly.
Thus, by following the above-mentioned points, one can ease the patient easily while performing the procedure.
For more details regarding ECG, visit:
brainly.com/question/18915805
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At the onset of a muscle contraction, the presence of calcium triggers the opening of the Na-K channels in the membrane. Potassium is a calcium inhibitor, so as the potassium flows out of the cell, it eventually reduces the presence of calcium. This causes the closure of the Na-K channel (negative feedback mechanism). In a hypokalemic state, the lack of sufficient K doesn't inhibit the calcium channel, and in turn doesn't properly terminate the muscle contraction at the cellular level.