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The correct answer is option B – 300mL/hr.

Since you need to give 4gm of magnesium sulphate over 20 minutes and it comes in 40gm/1000mL

You do the following:

Divide 4gm by 40gm and multiply by 1000mL

4/40 = 0.01

0.01 1000 = 100

Divide one hour...Read More

Since you need to give 4gm of magnesium sulphate over 20 minutes and it comes in 40gm/1000mL

You do the following:

Divide 4gm by 40gm and multiply by 1000mL

4/40 = 0.01

0.01 1000 = 100

Divide one hour...Read More

5 Answers

Amount of Solution (mL) x Drop Factor (gtt/mL) =xgtt/min

Time (minutes)

Don't forget to convert 1.5 L into mL AND 12 hours into minutes!

1500mLx20gtt/mL

720 minutes

1500 mLx20 gtt/mL = 30,000 gtt30,000 gtt/720 minutes = 41.66666666...Read More

Time (minutes)

Don't forget to convert 1.5 L into mL AND 12 hours into minutes!

1500mLx20gtt/mL

720 minutes

1500 mLx20 gtt/mL = 30,000 gtt30,000 gtt/720 minutes = 41.66666666...Read More

2 Answers

1 1/2 tablets

2 Answers

B is the answer to this question. The nurse will be in charge of adjusting the clamp on the intravenous tube. The adjustments can either slow down or speed up the rate of the flow of IV fluid. In order to see if the flow is correct, they would count the number of drops per minute....Read More

2 Answers

88 lbs - kg ..

88/ 2.2kg = 40 kg

40kg180mg/kg = 7200mg/500mg/ml = 14ml

2 Answers

If each suspension of Onquid is 0.06 mg/ml

This means each ml contains 0.06mg of Onquid

If 1 ml = 0.06mg

Then 0.12 mg = 2ml

Therefore, the amount of ml to be administered by the nurse as order by the physician is 2 ml.

2 Answers

I am having a problem with this question, I just don't understand how you did this

2 Answers

The answer is option A. The nurse will give 1 1/2 tablets

2 Answers

6u/min x 60min/1hr = 360mu/hrx1hr/1000mu x500ml/10u=180ml/10hr=18ml/hr

1 Answer

How did you get the answer

1 Answer

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