1|Page
RELIAS RN BASIC MATH ABILITY EXAM 2025/ 2026
NEWESTACTUAL EXAM COMPLETE QUESTIONS AND
CORRECT DETAILED ANSWERS WITH RATIONALES
/ALREADY GRADED A+ //BRAND NEW!!||LATEST
EXAM!!
The physician orders a medication to be administered at
0.9 mg/kg IV.
10% of the total dose is to be given as a bolus.
The patient weighs 130 lbs.
There will be ___ mg administered in the bolus dose.
(record one decimal place) - Answer-NOT 53
The physician has written an order for a medication bolus
of 60 units/kg IV.
Your patients weight is 80 kg.
You will administer ___ units to this patient. - Answer-NOT
0.75
The physician orders a medication to be administered at
0.9 mg/kg IV.
The patient weighs 130 lbs.
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You are administering ___ mg of the medication.
(record one decimal place) - Answer-NOT 53.1
Your patient weighs 246 lb.
The physician orders a medication to be administered 0.05
mg/kg/day in 1000 mL of fluid.
What dose in mg should be added to the 1000 mL bag of
fluid? - Answer-5.6 mg
The physician orders 100 mcg of medication IV push.
The medication is available in a pre-mixed syringe with a
concentration of 1 mg/mL.
How many mL would you administer - Answer-0.1 mL
Your patient weighs 50 kg.
The physician orders a medication drip at 13 units/kg/hr.
The concentration of the medication is 25,000 units/500
mL.
At what rate would you set the infusion in mL/hr? -
Answer-36 mL NOT 38 mL/hr
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A patients medication is infusing at 28 mL/hr.
The concentration of the medication is 50 mg/250 mL
dextrose 5% in water D5W
How many mcg/min are they receiving? - Answer-93.3
mcg/min
The physician orders 2000 mg of medication in liquid
suspension to be administered 2 times per day.
You have 1 g/15 mL available.
What would be the MAXIMUM daily dose in mL? - Answer-
NOT 30 mL
Your patient weighs 108 kg
The physician orders medication as an IV drip at 3
units/kg/hr
The concentration of the medication is 2 units/mL
What would be the rate in mL/hr? - Answer-162 mL/hr
Your patient weighs 150 kg
The physician orders 3 mEq/kg/hr to be administered over
1hr.
The concentration of medication is 1 mEq/mL
RELIAS RN BASIC MATH ABILITY EXAM 2025/ 2026
NEWESTACTUAL EXAM COMPLETE QUESTIONS AND
CORRECT DETAILED ANSWERS WITH RATIONALES
/ALREADY GRADED A+ //BRAND NEW!!||LATEST
EXAM!!
The physician orders a medication to be administered at
0.9 mg/kg IV.
10% of the total dose is to be given as a bolus.
The patient weighs 130 lbs.
There will be ___ mg administered in the bolus dose.
(record one decimal place) - Answer-NOT 53
The physician has written an order for a medication bolus
of 60 units/kg IV.
Your patients weight is 80 kg.
You will administer ___ units to this patient. - Answer-NOT
0.75
The physician orders a medication to be administered at
0.9 mg/kg IV.
The patient weighs 130 lbs.
,2|Page
You are administering ___ mg of the medication.
(record one decimal place) - Answer-NOT 53.1
Your patient weighs 246 lb.
The physician orders a medication to be administered 0.05
mg/kg/day in 1000 mL of fluid.
What dose in mg should be added to the 1000 mL bag of
fluid? - Answer-5.6 mg
The physician orders 100 mcg of medication IV push.
The medication is available in a pre-mixed syringe with a
concentration of 1 mg/mL.
How many mL would you administer - Answer-0.1 mL
Your patient weighs 50 kg.
The physician orders a medication drip at 13 units/kg/hr.
The concentration of the medication is 25,000 units/500
mL.
At what rate would you set the infusion in mL/hr? -
Answer-36 mL NOT 38 mL/hr
, 3|Page
A patients medication is infusing at 28 mL/hr.
The concentration of the medication is 50 mg/250 mL
dextrose 5% in water D5W
How many mcg/min are they receiving? - Answer-93.3
mcg/min
The physician orders 2000 mg of medication in liquid
suspension to be administered 2 times per day.
You have 1 g/15 mL available.
What would be the MAXIMUM daily dose in mL? - Answer-
NOT 30 mL
Your patient weighs 108 kg
The physician orders medication as an IV drip at 3
units/kg/hr
The concentration of the medication is 2 units/mL
What would be the rate in mL/hr? - Answer-162 mL/hr
Your patient weighs 150 kg
The physician orders 3 mEq/kg/hr to be administered over
1hr.
The concentration of medication is 1 mEq/mL
