124 gtt/min drops per minute should the nurse regulate the infusion . Because Sodium nitroprusside (nipride) 50 mg is mixed in d5w 250 ml.
182/2.2 Equals 82.73 kg when converting from lbs to kg. For this client, determine the dosage: 413.65 mcg/min = 5 mcg x 82.73. Calculate how much mcg Sodium nitroprusside are present in 1 ml: 200 mcg per ml is 250/50,000 mcg.
The customer is to receive 2.07ml per minute (413.65 mcg/min x 200 mcg/ml), or 413.65 mcg/min x 200 mcg/ml. When the drip factor is 60 gtt/ml, the equation is 60 2.07 = 124.28 gtt/min OR, when utilising dimensional analysis, the equation is 60 gtt/ml X 250 ml/50 mg X 1 mg/1,000 mcg X 5 mcg/kg/min X 1 kg/2.2 pounds X 182 lbs.
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Answer:
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Explanation:
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Answer:
I believe the code is E11.31.
Explanation:
Type 2 diabetes mellitus with unsp diabetic retinopathy. Code for that is E11.31.
Answer:
D. learning from someones mistakes.
Explanation:
since its so fast paste and usually mistakes are fatal
Answer: The volume in ml that should be drawn is 2.4ml.
Explanation:
Heparin is an anticoagulant which is administered to prevent the formation of blood
clot in high risk patients. The high risk patients include those undergoing open-heart surgery, bypass surgery, kidney dialysis, and blood transfusions. This medication can be administered subcutaneously ( that is, under the skin) by a health care provider. The exact dosage should be administered to avoid adverse effects.
From the question given,
In 5 ml of stock ampoules, there are 25,000 units.
To calculate how many millilitres will deliver 1 unit, divide by 25,000
5 ÷ 25000 = 0.0002
Therefore 0.0002 ml will deliver 1 Unit.
To calculate the volume that will deliver 12,000 units, multiply by 12,000.
Therefore,
12,000 × 0.0002 = 2.4mL
From the calculation, the volume in ml that should be drawn is 2.4ml
