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Magnesium Sulfate Essay Discussion Paper

The pharmacy sends an IV of magnesium sulfate 22 g in 500ml D5W. The order is for 50mg/min. Calculate the ml/hr. 10. The order is for IV dopamine HCL. 400mg in 500mI NS. The patient is to receive 750mcg/min. What rate will the nurse set on the IV pump?

Expert Answer

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Answer 9:-
Given data:-

Medication: Magnesium sulfate
Amount of medication: 22 g
Volume of solution: 500 ml D5W
Ordered dose: 50 mg/min
Required calculation: ml/hr

First, we need to convert 22 g to mg: 22 g = 22,000 mg

Next, we need to calculate how many mg are in each ml of the solution: 22,000 mg / 500 ml = 44 mg/ml

Now we can calculate how many ml need to be infused each minute to deliver the ordered dose: 50 mg/min / 44 mg/ml = 1.14 ml/min

Finally, we can convert ml/min to ml/hr using unitary method: 1.14 ml/min x 60 min/hr = 68.4 ml/hr
Therefore, the ml/hr for the IV of magnesium sulfate 22 g in 500 ml D5W at an order of 50 mg/min is 68.4 ml/hr.

Explanation:

Alternative method: Magnesium Sulfate Essay Discussion Paper
We know that the order is for 50 mg/min, which means we need to infuse 50 mg of magnesium sulfate every minute.
The IV contains 22 g of magnesium sulfate in 500 ml of D5W. We can simplify this by dividing both the amount of magnesium sulfate and the volume of D5W by 10:

2.2 g of magnesium sulfate in 50 ml of D5W

We can now see that each ml of the solution contains 44 mg of magnesium sulfate (2.2 g ÷ 50 ml = 0.044 g/ml = 44 mg/ml).

To deliver 50 mg of magnesium sulfate every minute, we need to infuse:

50 mg ÷ 44 mg/ml ≈ 1.14 ml/min

Finally, to convert ml/min to ml/hr, we can multiply by 60:

1.14 ml/min × 60 min/hr = 68.4 ml/hr

Therefore, the ml/hr for the IV of magnesium sulfate 22 g in 500 ml D5W at an order of 50 mg/min is 68.4 ml/hr.

Step 2/2

Answer 10:-
Given Data:

Medication: Dopamine HCI
Amount of medication: 400 mg
Volume of solution: 500 ml NS
Ordered dose: 750 mcg/min
Required calculation: ml/min

First, we need to convert 400 mg to mcg: 400 mg = 400,000 mcg (Since 1mg=1000mcg)

Next, we need to calculate how many mcg are in each ml of the solution: 400,000 mcg / 500 ml = 800 mcg/ml

Now we can calculate how many ml need to be infused each minute to deliver the ordered dose: 750 mcg/min / 800 mcg/ml = 0.9375 ml/min

Therefore, the rate the nurse will set on the IV pump for the IV dopamine HCI 400 mg in 500 ml NS at an order of 750 mcg/min is 0.9375 ml/min.

Final answer

Here are the final answers for both questions:
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Question 9:
The ml/hr for the IV of magnesium sulfate 22 g in 500 ml D5W at an order of 50 mg/min is 68.4 ml/hr.

Question 10:
The rate the nurse will set on the IV pump for the IV dopamine HCI 400 mg in 500 ml NS at an order of 750 mcg/min is 0.9375 ml/min. Magnesium Sulfate Essay Discussion Paper

Expert Answer

Magnesium Sulfate Essay Discussion Paper

The pharmacy sends an IV of magnesium sulfate

22 g

500 ml

D5W. The order is for

50 mg / min

. Calculate the

ml / hr

. 10. The order is for IV dopamine HCL.

400 mg

500 mI

NS. The patient is to receive

750 mcg / min

. What rate will the nurse set on the IV pump?

Expert Answer

ORDER YOUR PAPER NOW

Step-by-step

1st step

All steps

Answer only

Step 1/2

Answer 9:-

Given data:-

Medication: Magnesium sulfate
Amount of medication: 22 g
Volume of solution: 500 ml D5W
Ordered dose: 50 mg/min
Required calculation: ml/hr

First, we need to convert 22 g to mg: 22 g = 22,000 mg

Next, we need to calculate how many mg are in each ml of the solution: 22,000 mg / 500 ml = 44 mg/ml

Now we can calculate how many ml need to be infused each minute to deliver the ordered dose: 50 mg/min / 44 mg/ml = 1.14 ml/min

Finally, we can convert ml/min to ml/hr using unitary method: 1.14 ml/min x 60 min/hr = 68.4 ml/hr

Therefore, the ml/hr for the IV of magnesium sulfate 22 g in 500 ml D5W at an order of 50 mg/min is 68.4 ml/hr.

Explanation:

Alternative method: Magnesium Sulfate Essay Discussion Paper

We know that the order is for 50 mg/min, which means we need to infuse 50 mg of magnesium sulfate every minute.

The IV contains 22 g of magnesium sulfate in 500 ml of D5W. We can simplify this by dividing both the amount of magnesium sulfate and the volume of D5W by 10:

2.2 g of magnesium sulfate in 50 ml of D5W

We can now see that each ml of the solution contains 44 mg of magnesium sulfate (2.2 g ÷ 50 ml = 0.044 g/ml = 44 mg/ml).

To deliver 50 mg of magnesium sulfate every minute, we need to infuse:

50 mg ÷ 44 mg/ml ≈ 1.14 ml/min

Finally, to convert ml/min to ml/hr, we can multiply by 60:

1.14 ml/min × 60 min/hr = 68.4 ml/hr

Therefore, the ml/hr for the IV of magnesium sulfate 22 g in 500 ml D5W at an order of 50 mg/min is 68.4 ml/hr.

Step 2/2

Answer 10:-

Given Data:

Medication: Dopamine HCI
Amount of medication: 400 mg
Volume of solution: 500 ml NS
Ordered dose: 750 mcg/min
Required calculation: ml/min

First, we need to convert 400 mg to mcg: 400 mg = 400,000 mcg (Since 1mg=1000mcg)

Next, we need to calculate how many mcg are in each ml of the solution: 400,000 mcg / 500 ml = 800 mcg/ml

Now we can calculate how many ml need to be infused each minute to deliver the ordered dose: 750 mcg/min / 800 mcg/ml = 0.9375 ml/min

Therefore, the rate the nurse will set on the IV pump for the IV dopamine HCI 400 mg in 500 ml NS at an order of 750 mcg/min is 0.9375 ml/min.

Final answer

Here are the final answers for both questions:

ORDER YOUR PAPER NOW

Question 9:

The ml/hr for the IV of magnesium sulfate 22 g in 500 ml D5W at an order of 50 mg/min is 68.4 ml/hr.

Question 10:

The rate the nurse will set on the IV pump for the IV dopamine HCI 400 mg in 500 ml NS at an order of 750 mcg/min is 0.9375 ml/min. Magnesium Sulfate Essay Discussion Paper

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