Liquid Medications: Oral Medication - Dose Calculation for Nursing Students | @LevelUpRN

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Cathy from Level Up RN demonstrates dosage calculation problems with oral liquid medications using three methods, including dimensional analysis and ratio and proportion. The Level Up RN dosage calculation workbook provides comprehensive examples for nursing students to practice and master these skills.

Insights

  • Cathy from Level Up RN explains three methods for solving dosage calculation problems with oral liquid medications: dimensional analysis, ratio and proportion, and the formula method.
  • The Level Up RN dosage calculation workbook offers detailed examples of dosage problems, such as administering acetaminophen and lactulose, providing nursing students with practical scenarios to enhance their skills.

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Recent questions

  • How do you calculate oral liquid medication dosages?

    By using dimensional analysis, ratio and proportion, or formula method.

  • What is included in the Level Up RN dosage calculation workbook?

    Comprehensive examples of dosage problems for nursing students.

  • How do you determine the dosage of acetaminophen from a bottle?

    By calculating the concentration and prescribed amount per dose.

  • What is the total daily dose of lactulose in the example problem?

    60 grams per day, rounded to the nearest whole number.

  • How many full doses are contained in a 473-milliliter bottle?

    63 full doses.

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Summary

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Mastering Dosage Calculations for Nursing Students

  • Cathy from Level Up RN discusses dosage calculation problems with oral liquid medications, demonstrating three methods: dimensional analysis, ratio and proportion, and the formula method.
  • The Level Up RN dosage calculation workbook contains comprehensive examples of dosage problems for nursing students to master.
  • An example problem involves administering 240 milligrams of acetaminophen every six hours, with a concentration of 160 milligrams in 5 mL from a 473-milliliter bottle.
  • Using dimensional analysis, the solution is 7.5 milliliters per dose, which is also confirmed through ratio and proportion and the formula method.
  • The patient receives 30 milliliters per day, rounded to the nearest tenth, and the bottle contains 63 full doses.
  • Another example problem features lactulose administration of 30 milliliters three times daily, with a concentration of 10 grams in 15 milliliters, resulting in 20 grams per dose and 60 grams per day, rounded to the nearest whole number.
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