Question 1
A 1000 mL IV bag is to be infused over 12 hours. What is the rate in mL/hr?
Correct Answer:
83 mL/hr
Explanation:
You determine the rate by dividing the total volume by the total time. A 1000 mL bag over 12 hours gives 1000 ÷ 12 = 83.33 mL per hour. Rounding to the nearest whole mL per hour yields 83 mL/hr, which matches the given option. If you used 100 mL/hr, it would finish in about 10 hours; 72 mL/hr would take about 13.9 hours; 81 mL/hr would take about 12.35 hours—slightly longer or shorter than 12 hours.
Question 2
A stroke patient weighing 257 pounds is prescribed alteplase at 0.9 mg/kg. What is the calculated dose in milligrams (before applying any maximum)?
Correct Answer:
105 mg
Explanation:
The dose is based on body weight in kilograms, using a mg per kilogram order, so you first convert pounds to kilograms and then multiply by 0.9 mg/kg. Convert weight: 257 pounds ÷ 2.2046 ≈ 116.6 kg. Dose: 116.6 kg × 0.9 mg/kg ≈ 104.94 mg, which rounds to 105 mg. In this context, the calculated dose before any maximum is about 105 mg. In practice, however, alteplase for stroke is capped at a maximum dose (90 mg). So while the computed value is 105 mg, the actual administered dose would be limited to 90 mg due to the maximum.
Question 3
A tablet is 325 mg. How many tablets are needed for a 975 mg dose?
Correct Answer:
3 tablets
Explanation:
Calculate how many tablets are needed by using the strength per tablet. Each tablet provides 325 mg, so the number of tablets equals the total dose divided by the tablet strength: 975 mg ÷ 325 mg = 3. Multiplying back confirms the dose: 3 × 325 mg = 975 mg. Since the result is a whole number, no partial tablet is required.
Question 4
A client receiving IV fluids through a peripheral venous access device shows swelling and tenderness at the infusion site. What action should you take first?
Correct Answer:
Stop the infusion and remove the PVAD
Explanation:
Swelling and tenderness at the IV site point to infiltration—the IV fluid is leaking into surrounding tissue. The first action must be to stop the infusion and remove the IV cannula to prevent any further tissue exposure and damage. Once the device is out, elevate the limb to reduce swelling, inspect the site for signs of infiltration (color, temperature, pain), and follow your facility’s protocol for ongoing care or redeployment of IV access. The other actions wouldn’t stop the ongoing leakage or would delay proper management and could worsen tissue injury.
Question 5
A patient needs to infuse 500 mL over 2 hours. What is the rate in mL/hr?
Correct Answer:
250 mL/hr
Explanation:
Infusion rate is the amount of fluid delivered per hour. To find it, divide the total volume by the total time in hours. For 500 mL over 2 hours, 500 ÷ 2 = 250, so the rate is 250 mL per hour. This means the pump should be set to deliver 250 mL each hour. As a quick check, 250 mL/hr × 2 hours = 500 mL, which matches the prescribed volume. If you try other rates, they wouldn’t deliver the correct total in 2 hours (for example, 150 mL/hr would give 750 mL in 2 hours, 200 mL/hr would give 400 mL, etc.).
Question 1
Exam overview

About this Exam

The Archer Pharmacology – Dosage Calculation and Medication Administration Practice Test is a vital resource for nursing students, licensure candidates, and healthcare professionals aiming to solidify their understanding of these critical subjects. Mastering pharmacology, precise dosage calculations, and safe medication administration is essential for patient safety and successful career progression in healthcare. This practice exam is expertly crafted by experienced nurse educators to provide a comprehensive and realistic assessment of a candidate’s proficiency. It is an indispensable study tool for those preparing for major exams like the NCLEX-RN® and NCLEX-PN® or for nursing school course assessments, evaluating not just knowledge but the ability to apply that knowledge safely in clinical situations. This test isn't just a hurdle; it is a learning benchmark designed to build confidence and competence.

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What the Course Entails and Exam Details

This comprehensive practice test covers the core knowledge and calculations required of healthcare providers engaged in medication management. It is designed to be a thorough review of the following essential areas:

  • Drug Classifications & Actions: Comprehensive evaluation of essential drug classes (e.g., cardiovascular, respiratory, anti-infectives, endocrine, etc.), their mechanisms of action, therapeutic effects, and common side effects.
  • Pharmacokinetics & Pharmacodynamics: Assessment of the basic principles of how drugs are absorbed, distributed, metabolized, and excreted, and how they exert their effects on the body.
  • Dosage Calculations: Extensive testing on various methods and types of calculations:
    • Metric System Conversions: Proficiency in converting between standard metric units (mcg, mg, g, mL, L) used in healthcare.
    • Ratio & Proportion/Dimensional Analysis: Competency in accurately calculating doses for various forms (tablets, liquids, etc.) from available concentrations.
    • Weight-Based Calculations: Skill in calculating correct dosages for pediatric or weight-sensitive patient populations based on kilograms.
    • IV Therapy: Calculation of infusion rates (mL/hr) and drip rates (gtt/min), as well as understanding safe IV administration and potential complications.
  • Medication Administration Principles: Strict adherence to the 'Rights' of medication administration and safe practice standards to prevent errors.
  • Route-Specific Knowledge: Evaluation of specific considerations for oral, parenteral, topical, and intravenous drug delivery.
  • Patient Safety & Legal/Ethical Considerations: Understanding medication errors, reporting procedures, patient education, and the nurse's legal scope of practice.
  • Drug Interactions & Adverse Reactions: Recognizing potential interactions, identifying significant adverse effects, and understanding the nurse's role in monitoring and interventions.

 

What to Expect in the Final Exam

As this is a practice exam tool, the term "Final Exam" here refers to the extensive, simulated version that provides a final benchmark of readiness. This guide focuses on the characteristics of this specific Archer comprehensive assessment.

  • Realistic Exam Simulation: The practice test is designed to mimic the style and challenge of a major nursing assessment. The questions are structured to require critical thinking and application, not just simple recall.
  • Question Format: You can expect a varied range of multiple-choice questions, select-all-that-apply (SATA), and other alternate-format questions common on licensure and nursing school exams.
  • Varying Difficulty: The exam includes a mix of difficulty levels to accurately gauge a student’s range of competence across all tested domains.
  • Comprehensive Coverage: It is a lengthy exam that covers the entire breadth of the specified topics, providing a thorough diagnostic of strengths and areas needing improvement.
  • Performance Metrics & Rationales: Upon completion, you will receive detailed feedback. This includes score reports that break down your performance by subject area, allowing for focused remediation. Critically, each question is accompanied by clear, evidence-based rationales for both correct and incorrect answers, serving as a powerful learning tool.

 

How to Study and Exam Centers

Effective study and practice are key to success.

  • Integrate Practice: Regular use of the Archer Review pharmacology and calculation questions. Don't leave all your practice for the end; integrate these topics into your study schedule consistently.
  • Understand, Don't Just Memorize: Focus on the why and how behind pharmacological principles and dosage calculation formulas (e.g., understanding dimensional analysis thoroughly).
  • Utilize Rationales: Read the rationales for every question you answer, even the ones you got right. This reinforces correct thinking and illuminates misconceptions.
  • Remediate Weak Areas: Use the performance data from your practice tests to pinpoint specific topics (e.g., pediatric calculations, specific drug classes) that need additional review and focus your efforts there.
  • Supplementary Resources: Combine practice questions with other study materials like textbooks, study guides, videos, and cheat sheets to build a robust understanding.
  • Practice Calculations Without a Calculator Initially: Build your fundamental math and logic skills before relying on technology.

Exam Centers: This is an online practice test and study resource provided by Archer Review. There are no physical test centers required for taking this practice exam. You can access and complete the test through the Archer Review online platform (website or app) on any compatible device from the convenience and safety of your own home or any location with an internet connection. This provides flexibility and eliminates travel logistics.

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