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..11 Verizon 85% 10:43 PM ppcc.desire2learn.com Qvestion 4(1 point You find 180

ID: 240034 • Letter: #

Question

..11 Verizon 85% 10:43 PM ppcc.desire2learn.com Qvestion 4(1 point You find 180 mL of fluid left in an IV that is infusing at 45 gtt/min. The drop factor is 10 gtt/ml. How long will the IV fluild last? a. 4 hr b. 1 hr c. 2/3 hr d. 1/2 hr Question 5(3 point The physician orders 100 mL Ringer's lactate to be infused at 20 gtt/min. The administration set delivers 60 gtt/mL. How long will it take to infuse the IV a. 3 hr and 30 min b. 5 hr c. 4 hr d. 1 hr and 45 min Qwestion 6 (1 point An IV is infusing at 35 gtt/min. The drop factor is 15 gtt/mL. In S hours, the client will have received a. 175 ml b. 525 mL c. 700 ml d. 1,000 mL Question? (1 point) An IV is regulated at 25 gtt/min. The administration set delivers 15 gtt/mL. In 8 hours, the client will have received a. 375 m b. 725 ml c. 600 ml d. 800 m Question 1 point An IV is infusing at 88 gtt/min. The drop factor is 60 gtt/mL. In 12 hours, the client will have received a. 1,056 ml b. 996 ml c. 720 ml d. 1,383 mL Question 9(1 point The IV solution contains 40 mEq of KCI in 1,000 mL of solution. When 600 mL of IV solution has infused, how much KCI will have been given? a. 8 mEq b. 12 mEq c. 16 mEcq d. 24 mEc

Explanation / Answer

Q-4

The 10gtt/ml is the rate and infusion is 45gtt/min.

So, 4.5 ml are being infused per minute.

So, per hour 270 ml will be infused.

So, to infuse 180 ml 40 minutes will be required.

So, option C that is 2/3 hours.

Q-5

20 gtt/min and 60 gtt/ml that will be 1/3 ml/min.

So,20 ml are being infused per hour.

So,to deliver 100 ml it will take 5 hrs.

So, the correct answer is option B that is 5 hrs.

Q -6

35gtt/min and 15 gtt/ml are being infused.

So, 2.33 ml are being infused per minute.

So, for 5 hours that is 300 minutes.

2.33*300 will be 700 ml that is option C is the correct answer.

Q -7

25 gtt/min and 15 gtt/ml are the rates.

That is 25/15 will be 1.66 ml infused per minute.

In 8 hours that is 480 minutes the total volume will be

1.66 * 480 that is 800 ml is the correct answer and that is option D.