The Dosage Calculation Practice Exam 1 2026/2027 is a focused 5-page nursing exam-preparation resource containing 20 dosage calculation questions and answers. The practice material develops essential medication-mathematics skills through problems involving tablets and capsules, oral liquid medications, intravenous and intramuscular doses, mg-to-mL calculations, grams and milligrams, milligrams and micrograms, fluid-ounce conversions, teaspoons and tablespoons, and medication concentrations.
The opening questions introduce the fundamental ordered dose versus available dose approach. Examples require students to calculate the number of capsules needed when an ordered dose differs from the supplied strength and determine the correct volume when an injectable medication is supplied in mg/mL. The document applies these principles to medications such as Chloromycetin and furosemide (Lasix) and includes scenarios involving congestive heart failure and intramuscular medication administration.
A substantial portion focuses on oral liquid dosage calculations and medication concentrations. Students calculate administration volumes from labels expressed as 250 mg/mL, 250 mg/5 mL, 500 mg/5 mL, 125 mg/5 mL, and 200 mg/5 mL. Practice scenarios include antibiotic suspensions, amoxicillin, ascorbic acid, prednisolone oral solution, and other medications, requiring learners to translate prescribed doses into the appropriate number of milliliters, tablets, teaspoons, or tablespoons.
The guide also provides targeted practice with injectable medication calculations for IM and IV administration. Questions involve multidose vials and ampules and require students to calculate the correct volume for medications including Solu-Medrol, meperidine (Demerol), morphine, and granisetron. Students work with concentrations such as 100 mg/mL, 120 mg per 2 mL, 50 mg/mL, 10 mg/mL, and 0.1 mg/mL, reinforcing the ability to interpret medication labels before calculating a dose.
Another important component is metric conversion and mixed-unit dosage calculation. The practice questions require conversions among grams, milligrams, and micrograms, including problems involving ascorbic acid, digoxin, and an IM medication ordered in micrograms but supplied in milligrams. The document also includes a fluid-volume conversion from 3 fluid ounces to 90 mL, along with problems requiring answers expressed in tablespoons and teaspoons.
The final questions combine multiple calculation skills within realistic medication-order formats. For example, students must interpret an oral medication order expressed in grams when the available concentration is stated in milligrams per 5 mL, calculate a prednisolone dose from grams to milligrams and then to teaspoons, and determine an IV granisetron volume when the prescribed amount is expressed in micrograms but the supplied concentration is in milligrams per milliliter. These multi-step problems provide useful practice in unit conversion, dimensional consistency, concentration interpretation, and accurate dose-volume calculation.
Academic and Exam Relevance
This document is particularly relevant to nursing students learning or reviewing medication dosage calculations. The practice questions reinforce foundational mathematical skills needed to interpret medication orders, compare prescribed doses with available concentrations, perform metric conversions, and determine appropriate tablet counts or medication volumes.
The material is suitable for students preparing for a Dosage Calculation Exam 1, medication-math competency assessment, nursing fundamentals examination, or introductory pharmacology calculation test. Because dosage calculation is a safety-critical nursing competency, the document is best used for practice alongside current course-approved calculation methods and medication-administration standards.
Relevant students: ADN students, BSN students, RN students, LPN students, LVN students, practical nursing students, nursing fundamentals students, pharmacology students, first-semester nursing students, medication-math students, dosage calculation competency candidates, and nursing students practicing oral, IM, and IV medication calculations.
Academic reference: Pickar, G. D., Pickar-Abernethy, A., Swart, B. F., & Graham, H. Dosage Calculations. Cengage. This nursing dosage-calculation reference covers medication systems, conversions, oral and parenteral medications, and calculation methods relevant to the types of problems represented in this practice exam.
Keywords
Dosage Calculation Practice Exam 1, Dosage Calculation Exam 2026, Dosage Calculation Exam 2027, dosage calculation questions and answers, nursing dosage calculations, medication math practice exam, nursing math questions, dosage calculation practice questions, medication dosage calculation, nursing dosage calculation exam, mg to mL calculations, ordered dose available dose, tablet dosage calculations, capsule dosage calculations, oral liquid medication calculations, injectable medication calculations, IV dosage calculations, IM dosage calculations, medication concentration calculations, grams to milligrams conversion, milligrams to micrograms conversion, mcg to mg conversion, fluid ounces to mL, teaspoons to mL, tablespoons to mL, antibiotic dosage calculation, amoxicillin dosage calculation, furosemide dosage calculation, digoxin dosage calculation, morphine dosage calculation, Solu Medrol dosage calculation, prednisolone dosage calculation, granisetron dosage calculation, nursing pharmacology math, nursing medication math, dosage calculation study guide, nursing exam preparation
Content preview
Dosage Calculation Practice
Exam 1 2026/2027 Exam
Questions and Answers |
Already Graded A+
A patient has an order for Chloromycetin, 500 mg every 6 hours. The
drug comes in 250 mg capsules. What would the nurse administer? -
ANSWER ✔✔2 tabs
A nurse is to administer 150 mg of a drug intramuscularly. The label on
the multidose vials reads 100 mg/mL. How much would the nurse give? -
ANSWER ✔✔1.5 mL
, A nurse is to administer 30 mg of furosemide (Lasix) to a client with
congestive heart failure (CHF). The vial contains 40 mg/mL. Which is the
correct dose to administer? - ANSWER ✔✔0.75 mL
The nurse is providing discharge teaching for a client who has been
prescribed 600 mg of an oral liquid medication. The mother shows the
nurse the label of the medication, which reads: 250 mg/mL. The nurse
would instruct the mother to give how many milliliters? - ANSWER
✔✔2.4 mL
A child is to receive 500 mg of an antibiotic suspension. The label on the
bottle reads 250 mg/5 mL. The nurse should administer how much of the
suspension in one dose? - ANSWER ✔✔10 mL
A health care provider orders 250 mg of an antibiotic suspension. The
label on the suspension reads "500 mg/5 mL." How much would the
nurse administer? - ANSWER ✔✔2.5 mL
The client is to be given ascorbic acid 1 g daily by mouth. The
medication comes in a container labeled, "Ascorbic Acid 250 mg tablets."
How much will the nurse give? - ANSWER ✔✔4 tabs
