Answer: The answer to the question is
19.6 ml
Explanation:
Patient of weight = 180 pounds
converting to Kg;
= 180/2.2= 81.81 kg approximately
The ordered dose= 12 mg /kg
In mg, it will be;
= 12mg× 81.81 kg= 981.72mg
The available dose= 50mg
and
The available volume= 1 ml
The required dose = ( the ordered dose/ the available dose) × the available volume
Imputing the values given,we have;
=( 981.72mg/50mg)× 1ml
which is;
= 19.63 ml
and that is approximately 19.6ml to be administered.
What do you need help with
Answer:
To assess for obesity or being overweight.
Explanation:
The number of children considered 'overweight' or 'obese' is increasing drastically in the United States. Body Mass Index can be used to identify children who are obese or overweight or at risk to become obese or overweight.
Answer:
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Gamma leaves the body quickly so minimizes damage to tissue and can be detected using scintillation devices.
<h3>What is the effect of gamma rays on tissue?</h3>
Gamma rays can completely permeate the human body and cause ionizations that can damage DNA and tissue.
The most hazardous methods of exposure to radioactive elements that release alpha and beta particles are ingestion, inhalation, absorption, and injection. The most damaging external threat is gamma radiation. "Beta burns" can result from beta particles partially penetrating skin.
<h3>How do gamma rays destroys cell?</h3>
They produce indiscriminate chemical reactions due to their extremely high degrees of chemical reactivity. The several molecules that make up the cell are damaged as a result of radiation and the battered electrons' chaotic movement inside the cell. Additionally, chromosomal DNA within the cell nucleus may sustain damage.
To know more about scintillation visit :
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