QMA INSULIN ADMINISTRATION EXAM
QUESTIONS WITH COMPLETE SOLUTIONS
Course
QMA INDIANA
1. Question:
What is the correct site for subcutaneous insulin injection?
A. Deltoid muscle
B. Gluteal muscle
C. Abdomen or thigh
D. Dorsal side of the hand
Answer:
C. Abdomen or thigh
Rationale:
Insulin is typically administered subcutaneously in areas such as the abdomen or thigh, where
there is sufficient fatty tissue for absorption.
2. Question:
When preparing to administer insulin, what is the first step a QMA should take?
A. Gather the supplies
B. Wash hands and use gloves
C. Check the medication label
D. Explain the procedure to the patient
Answer:
B. Wash hands and use gloves
Rationale:
Proper hand hygiene is essential to prevent infection and ensure safe administration.
3. Question:
What should a QMA do if a patient’s blood glucose level is low (hypoglycemia) before
administering insulin?
A. Administer the insulin as ordered
B. Provide a quick source of sugar and notify the nurse
C. Wait for the next scheduled dose
, D. Skip the insulin injection for the day
Answer:
B. Provide a quick source of sugar and notify the nurse
Rationale:
If the patient is hypoglycemic, insulin should not be administered, as it could worsen their
condition.
4. Question:
Which type of insulin has a rapid onset and is typically used for meal coverage?
A. Long-acting insulin
B. Intermediate-acting insulin
C. Rapid-acting insulin
D. Basal insulin
Answer:
C. Rapid-acting insulin
Rationale:
Rapid-acting insulin begins to work within minutes and is designed to manage blood sugar
spikes after meals.
5. Question:
What is the correct method for mixing insulin types, such as regular and NPH?
A. Shake the vial vigorously
B. Roll the vial gently between palms
C. Draw up the NPH first
D. Use a separate syringe for each type
Answer:
B. Roll the vial gently between palms
Rationale:
Gently rolling the vial prevents bubbles and maintains the insulin's effectiveness without
denaturing it.
6. Question:
What should be documented after administering insulin?
, A. The patient’s blood glucose level and the injection site
B. The type of insulin used only
C. The time of day only
D. The patient’s meal choice
Answer:
A. The patient’s blood glucose level and the injection site
Rationale:
Documenting the blood glucose level and injection site provides critical information for
ongoing care and monitoring.
7. Question:
How often should insulin injection sites be rotated?
A. Every day
B. Every week
C. Every month
D. With each injection
Answer:
A. Every day
Rationale:
Rotating injection sites helps prevent lipodystrophy (fat tissue changes) and ensures
consistent insulin absorption.
8. Question:
What is the appropriate action if an insulin vial appears cloudy when it should be clear?
A. Shake it to mix
B. Discard it and get a new vial
C. Use it if the patient insists
D. Warm it up in your hands
Answer:
B. Discard it and get a new vial
Rationale:
A cloudy appearance in clear insulin may indicate contamination or spoilage, necessitating
disposal.
, 9. Question:
What is the maximum time frame a QMA should wait to administer insulin after checking the
blood glucose level?
A. 15 minutes
B. 30 minutes
C. 1 hour
D. 2 hours
Answer:
B. 30 minutes
Rationale:
Insulin should be administered promptly after checking blood glucose to manage the patient’s
blood sugar effectively.
10. Question:
If a patient reports feeling shaky and sweaty shortly after insulin administration, what is the
QMA's first action?
A. Recheck the patient’s blood glucose level
B. Give the patient water
C. Notify the physician immediately
D. Provide a snack or glucose tablet
Answer:
D. Provide a snack or glucose tablet
Rationale:
These symptoms may indicate hypoglycemia, and providing a quick source of glucose can
help alleviate the symptoms while waiting for further evaluation.
11. Question:
What type of syringe is typically used for insulin administration?
A. 1 mL syringe
B. 3 mL syringe
C. Insulin syringe (units)
D. Tuberculin syringe
Answer:
C. Insulin syringe (units)
Rationale:
Insulin syringes are specifically marked in units for accurate dosing of insulin.
QUESTIONS WITH COMPLETE SOLUTIONS
Course
QMA INDIANA
1. Question:
What is the correct site for subcutaneous insulin injection?
A. Deltoid muscle
B. Gluteal muscle
C. Abdomen or thigh
D. Dorsal side of the hand
Answer:
C. Abdomen or thigh
Rationale:
Insulin is typically administered subcutaneously in areas such as the abdomen or thigh, where
there is sufficient fatty tissue for absorption.
2. Question:
When preparing to administer insulin, what is the first step a QMA should take?
A. Gather the supplies
B. Wash hands and use gloves
C. Check the medication label
D. Explain the procedure to the patient
Answer:
B. Wash hands and use gloves
Rationale:
Proper hand hygiene is essential to prevent infection and ensure safe administration.
3. Question:
What should a QMA do if a patient’s blood glucose level is low (hypoglycemia) before
administering insulin?
A. Administer the insulin as ordered
B. Provide a quick source of sugar and notify the nurse
C. Wait for the next scheduled dose
, D. Skip the insulin injection for the day
Answer:
B. Provide a quick source of sugar and notify the nurse
Rationale:
If the patient is hypoglycemic, insulin should not be administered, as it could worsen their
condition.
4. Question:
Which type of insulin has a rapid onset and is typically used for meal coverage?
A. Long-acting insulin
B. Intermediate-acting insulin
C. Rapid-acting insulin
D. Basal insulin
Answer:
C. Rapid-acting insulin
Rationale:
Rapid-acting insulin begins to work within minutes and is designed to manage blood sugar
spikes after meals.
5. Question:
What is the correct method for mixing insulin types, such as regular and NPH?
A. Shake the vial vigorously
B. Roll the vial gently between palms
C. Draw up the NPH first
D. Use a separate syringe for each type
Answer:
B. Roll the vial gently between palms
Rationale:
Gently rolling the vial prevents bubbles and maintains the insulin's effectiveness without
denaturing it.
6. Question:
What should be documented after administering insulin?
, A. The patient’s blood glucose level and the injection site
B. The type of insulin used only
C. The time of day only
D. The patient’s meal choice
Answer:
A. The patient’s blood glucose level and the injection site
Rationale:
Documenting the blood glucose level and injection site provides critical information for
ongoing care and monitoring.
7. Question:
How often should insulin injection sites be rotated?
A. Every day
B. Every week
C. Every month
D. With each injection
Answer:
A. Every day
Rationale:
Rotating injection sites helps prevent lipodystrophy (fat tissue changes) and ensures
consistent insulin absorption.
8. Question:
What is the appropriate action if an insulin vial appears cloudy when it should be clear?
A. Shake it to mix
B. Discard it and get a new vial
C. Use it if the patient insists
D. Warm it up in your hands
Answer:
B. Discard it and get a new vial
Rationale:
A cloudy appearance in clear insulin may indicate contamination or spoilage, necessitating
disposal.
, 9. Question:
What is the maximum time frame a QMA should wait to administer insulin after checking the
blood glucose level?
A. 15 minutes
B. 30 minutes
C. 1 hour
D. 2 hours
Answer:
B. 30 minutes
Rationale:
Insulin should be administered promptly after checking blood glucose to manage the patient’s
blood sugar effectively.
10. Question:
If a patient reports feeling shaky and sweaty shortly after insulin administration, what is the
QMA's first action?
A. Recheck the patient’s blood glucose level
B. Give the patient water
C. Notify the physician immediately
D. Provide a snack or glucose tablet
Answer:
D. Provide a snack or glucose tablet
Rationale:
These symptoms may indicate hypoglycemia, and providing a quick source of glucose can
help alleviate the symptoms while waiting for further evaluation.
11. Question:
What type of syringe is typically used for insulin administration?
A. 1 mL syringe
B. 3 mL syringe
C. Insulin syringe (units)
D. Tuberculin syringe
Answer:
C. Insulin syringe (units)
Rationale:
Insulin syringes are specifically marked in units for accurate dosing of insulin.
