WITH 100% VERIFIED ANSWERS
1. A nurse is preparing to administer a medication. Which of the
following represents the correct order of the "3 checks" of drug
administration?
A) Bedside, MAR, pulling medication
B) Pulling medication, MAR, bedside
C) MAR, bedside, pulling medication
D) Bedside, pulling medication, MAR
Correct Answer: B) Pulling medication, MAR, bedside
Rationale: The 3 checks of drug administration must be performed in
this specific order: (1) when pulling the medication from the drawer or
shelf, (2) when comparing the medication to the MAR (medication
administration record), and (3) at the bedside before administering to
the client. This systematic approach helps prevent medication errors.
2. A client is prescribed a medication that is highly protein bound.
Which laboratory value should the nurse monitor closely?
A) Hemoglobin
B) Platelet count
C) Albumin
D) White blood cell count
,Correct Answer: C) Albumin
Rationale: Albumin is the primary protein in blood that binds to
medications. When albumin levels are decreased, there are fewer
protein-binding sites available, meaning more free (unbound) drug is
circulated. This can lead to drug toxicity, especially with highly protein-
bound medications. Older adults, malnourished individuals, and those
with liver or kidney disease commonly have low albumin levels.
3. A client is receiving an intravenous (IV) medication. How long does
it typically take for an IV medication to be absorbed?
A) 1-2 hours
B) 30-60 minutes
C) 2-4 hours
D) 4-6 hours
Correct Answer: B) 30-60 minutes
Rationale: IV medications are administered directly into the
bloodstream, bypassing the GI tract and first-pass effect through the
liver. This route provides the fastest absorption, typically occurring
within 30-60 minutes. Oral medications take longer (2-4 hours) because
they must pass through the GI system, and IM injections take 1-2 hours.
4. The nurse is teaching a client about oral medication administration.
Which statement by the client indicates a need for further teaching?
A) "I should take my enteric-coated aspirin with food to prevent
stomach upset."
,B) "Liquid medications are absorbed faster than solid medications."
C) "Food can interfere with the absorption of some medications."
D) "Extended-release medications should not be crushed."
Correct Answer: A) "I should take my enteric-coated aspirin with food
to prevent stomach upset."
Rationale: Enteric-coated medications are designed to resist
disintegration until they reach the small intestine. They should NOT be
crushed, and while they may be taken with food, the client's statement
implies they understand enteric coating is for stomach protection.
Actually, enteric coating prevents the medication from dissolving in the
stomach to protect the stomach lining, not to be taken with food to
prevent upset. The other statements are correct.
5. Which medication classification is the only COX-2 inhibitor that does
not produce GI bleeding?
A) Ibuprofen
B) Aspirin
C) Celecoxib
D) Morphine
Correct Answer: C) Celecoxib
Rationale: Celecoxib is a COX-2 selective inhibitor that works specifically
on COX-2 enzymes (responsible for pain and inflammation) without
affecting COX-1 enzymes (which protect the stomach lining and regulate
platelets). This means it does not cause the GI bleeding and ulcers
associated with non-selective NSAIDs. However, it carries an increased
, risk of heart attack and stroke, so it must be used cautiously in patients
with cardiac conditions.
6. A client is prescribed an opioid analgesic. Which adverse effect
should the nurse monitor for as a priority?
A) Hypertension
B) Diarrhea
C) Respiratory depression
D) Tachycardia
Correct Answer: C) Respiratory depression
Rationale: Respiratory depression is the most serious adverse effect of
opioid analgesics and is the priority concern. Opioids act on the CNS to
decrease the respiratory rate and depth. Other adverse effects include
constipation, orthostatic hypotension, sedation, and urinary retention.
The nurse should always monitor respiratory rate before and after
administering opioids.
7. The nurse is administering an IM injection. How long does it
typically take for an intramuscular medication to be absorbed?
A) 30-60 minutes
B) 1-2 hours
C) 2-4 hours
D) 4-6 hours
Correct Answer: B) 1-2 hours