04/11/2025; 11:37AM Final Comprehensive Exam_ PN 1200_ IV Therapy_ Winter 2025
Final Exam IV Therapy
• Due Apr 11 at 2:30pm
• Points 200
• Questions 57
• Available after Apr 11 at 10:30am
• Time Limit 120 Minutes
Instructions
Please follow LVC testing rules
57 Questions
200 Points
120 Minutes
Good Luck!
Attempt History
Attempt Time Score
LATEST Attempt 1 52 minutes 200 out of 200
Score for this quiz: 200 out of 200
Submitted Apr 11 at 11:37am
This attempt took 52 minutes.
Question 1
pts
Causes of Hypovolemia?
Correct!
Burns
Correct!
Blood loss
Correct!
Fluid loss
Correct!
Fluid shift
,04/11/2025; 11:37AM Final Comprehensive Exam_ PN 1200_ IV Therapy_ Winter 2025
Question 2
pts
Which patient below would NOT be a candidate for a hypotonic solution?
Patient with Diabetic Ketoacidosis
Patient experiencing Hyperosmolar Hyperglycemia
Patient with increased intracranial pressure
Correct!
All of the options are correct
Question 3
pts
Which of the following is not a hypertonic fluid?
Correct!
D5W
5% Dextrose in Lactated Ringer's
10% Dextrose in Water (D10W)
3% Saline
Question 4
pts
Where does filtration take place?
Extracellular space
Arterioles
Venules
Correct!
Capillary bed
Question 5
pts
Chvostek's sign is associated with which electrolyte imbalance?
Hypokalemia
Correct!
Hypocalcemia
Hypomagnesemia
Hyponatremia
Question 6
, 04/11/2025; 11:37AM Final Comprehensive Exam_ PN 1200_ IV Therapy_ Winter 2025
pts
When the cell presents with the same concentration on the inside and outside with no shifting
of fluids this is called?
Hypertonic
Hypotonic
Osmosis
Correct!
Isotonic
Question 7
pts
Low plasma osmolarity results in ___________ (Choose the most correct answer).
Electrolyte imbalance
None of the above
Correct!
Fluid overload
Dehydration
Question 8
pts
Hydrostatic pressure is lower than Oncotic pressure.
True
Correct!
False
Question 9
pts
How often are intermittent administration IV sets changed?
Correct!
Every 24 hours
Correct Answers
Every 24 hr
Every 24 hours
Question 10
pts
Osmosis uses __________ to move water from an area of low solute concentration to an area
of high concentration.
Final Exam IV Therapy
• Due Apr 11 at 2:30pm
• Points 200
• Questions 57
• Available after Apr 11 at 10:30am
• Time Limit 120 Minutes
Instructions
Please follow LVC testing rules
57 Questions
200 Points
120 Minutes
Good Luck!
Attempt History
Attempt Time Score
LATEST Attempt 1 52 minutes 200 out of 200
Score for this quiz: 200 out of 200
Submitted Apr 11 at 11:37am
This attempt took 52 minutes.
Question 1
pts
Causes of Hypovolemia?
Correct!
Burns
Correct!
Blood loss
Correct!
Fluid loss
Correct!
Fluid shift
,04/11/2025; 11:37AM Final Comprehensive Exam_ PN 1200_ IV Therapy_ Winter 2025
Question 2
pts
Which patient below would NOT be a candidate for a hypotonic solution?
Patient with Diabetic Ketoacidosis
Patient experiencing Hyperosmolar Hyperglycemia
Patient with increased intracranial pressure
Correct!
All of the options are correct
Question 3
pts
Which of the following is not a hypertonic fluid?
Correct!
D5W
5% Dextrose in Lactated Ringer's
10% Dextrose in Water (D10W)
3% Saline
Question 4
pts
Where does filtration take place?
Extracellular space
Arterioles
Venules
Correct!
Capillary bed
Question 5
pts
Chvostek's sign is associated with which electrolyte imbalance?
Hypokalemia
Correct!
Hypocalcemia
Hypomagnesemia
Hyponatremia
Question 6
, 04/11/2025; 11:37AM Final Comprehensive Exam_ PN 1200_ IV Therapy_ Winter 2025
pts
When the cell presents with the same concentration on the inside and outside with no shifting
of fluids this is called?
Hypertonic
Hypotonic
Osmosis
Correct!
Isotonic
Question 7
pts
Low plasma osmolarity results in ___________ (Choose the most correct answer).
Electrolyte imbalance
None of the above
Correct!
Fluid overload
Dehydration
Question 8
pts
Hydrostatic pressure is lower than Oncotic pressure.
True
Correct!
False
Question 9
pts
How often are intermittent administration IV sets changed?
Correct!
Every 24 hours
Correct Answers
Every 24 hr
Every 24 hours
Question 10
pts
Osmosis uses __________ to move water from an area of low solute concentration to an area
of high concentration.
