Nora trusts her teams work ethic and leaves them to finish their tasks and report back.
same calls his team to explain how to use the new autoclave sterilizer.
naina has a team meeting to discuss how they can comply better with the regulations.
Answer:
It results in the number of chromosomes being reduced by half
Explanation:
Based on the dosage available, the amount in mL of the drug required is 22.5 mL.
<h3>What is drug dosage?</h3>
Drug dosage refers to the amount of drug that should be taken by a patient in order to produce effective pharmacodynamic results.
The dosage of the drug to be given is 45 mEq.
The dosage available is 30 mEq in 15 mL.
In order to give this required dosage the amount in mL required is calculated as follows:
30 mEq is in 15 mL
45 mEq will be in x mL
x = 45 * 15/30
x = 22.5 mL
In conclusion, drug dosage refers to the amount of drug required to produce good results in the patient.
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The nurse is explaining the recommended dietary allowances (RDAs) to a client seeking nutritional counseling.
<h3>What are RDAs? </h3>
The Recommended Dietary Allowances (RDAs) for critical nutrients have been assessed by the Food and Nutrition Board to be sufficient to cover the known nutrient needs of practically all healthy individuals.
<h3>
History of RDAs. </h3>
The first Recommended Dietary Allowances (RDAs) were published in 1943, during World War II, with the stated purpose of “establishing criteria to serve as a target for appropriate nutrition.” According to “newer results,” it indicated the “recommended daily intakes for the major nutritional needs for people of different ages” (NRC, 1943).
The history of how the RDAs were developed is explained in-depth by the first chair of the Committee on Recommended Dietary Allowances (Roberts, 1958). Updates have been made to the original article.
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Answer:
X-rays: This tool produces a two-dimensional picture of the break.
Bone scan: Healthcare providers use a bone scan to find fractures that don’t show up on an X-ray.
CT scan: A CT scan uses computers and X-rays to create detailed slices or cross-sections of the bone.
MRI: A MRI creates very detailed images using strong magnetic fields.
