part a and b. Show all work ### Intravenous Fluid Injection Problem**Problem 27: Intravenous Injection Scenario**In this exercise, we explore the practical application of intravenous injections. A patient, as illustrated in Figure 15-29, is to receive an intravenous medication. For the system to function effectively, the pressure of the fluid containing the medication needs to be 109 kPa at the injection site.#### Task (a):Calculate the height at which the fluid bag should be suspended above the patient, given the fluid's density is 1020 kg/m³. Assume the pressure inside the fluid bag is equivalent to one atmosphere.#### Task (b):Consider the scenario where a less dense fluid is utilized. Determine whether the suspension height should be increased or decreased. Provide an explanation for your conclusion.**Illustration Description:**The accompanying diagram depicts a patient lying horizontally on a bed. Connected to the patient is an intravenous drip. The fluid bag is shown suspended above the patient, linked by a tube that administers the fluid. The diagram visually supports the textual scenario and serves as a practical illustration for understanding the relationships between fluid density, pressure, and suspension height.

Name: part a and b. Show all work ### Intravenous Fluid Injection Problem**P
Uploaded: 2024-03-20T06:51:10.000Z
Channel: Bartleby
Description: part a and b. Show all work ### Intravenous Fluid Injection Problem**Problem 27: Intravenous Injection Scenario**In this exercise, we explore the practical application of intravenous injections. A patient, as illustrated in Figure 15-29, is to receiv