Question

3. A patient is receiving a normal saline solution, infusing continuously at 80 ml/hr V, and a tube feeding formula ucerna, infusing continuously at 50 ml/hr. What is the total amount of fluids infused per day? Gl 4. A patient needs to receive a 1000 ml bag of IV fluids. What should be the infusion rate if this bag needs to be infused within 8 hours? 5. A patient is receiving an infusion of an IV medication. The IV bag contains 650 ml of the solution, which is infusing at 50 ml/hr. If the infusion started at 12 pm, when will it finish? iticalThinking Question (5 pts.) ou may use the back of the page to write your answer if needed) oday, you have learned some basic general information about bacteria that cause infections and bacteria that prote d benefit us, living inside and on the surface of our bodies. So, here is a question for you to apply the knowledge y ined today: s. ABC was traveling and caught a nasty flu on the plane. But because she had work and school she could not take ne off to rest during her flu. 2 weeks after she contracted the flu, she no longer had the fever and sore throat, but se was still stuffy, and she was suffering from sinus headaches. She went to her doctor, who diagnosed her with us infection and prescribed her a course of antibiotics. Ms. ABC took the 7 days of antibiotic therapy, but she is r ck at her doctor's office with a yeast infection and diarrhea. Explain, why Ms. ABC developed the sinus infection hu che developed a yeast infection and diarrhea after the course of antibiotics.

#5 please! thanks

Answer 1

Answer 5

Given

Total volume:650ml

Infusion rate:50ml /hour(i. e., 1 hour =50ml)

Then 650ml=??

Criss multiply and divide

650×1÷50

=13 hours

The fluid will be transfusedfor 13 hours

Starting time :12pm

The fluid will finish by 1am next morning

{If started by 12pm on 20/5/19 then the finishing time will be 1 am on 21/5/19}