3 Weight-Based Dosing and Safe Dose Ranges Online Quiz Questions

True or false: An instruction written as mg/kg/day gives the amount for each individual administration.

A hypothetical order is 5 mg/kg/dose for a patient weighing 18 kg. What is the amount in one dose?

A patient's measured weight is 44 lb. Using the conversion formula in the material, what is the weight in kilograms?

A hypothetical regimen is 15 mg/kg/day divided every 8 hours for a patient weighing 18 kg. What is the amount per dose?

True or false: A weight-based dose is safe whenever its arithmetic is correct.

When checking a calculated regimen against a medication reference, which actions are appropriate? Select all that apply.

A patient's weight is known, but the medication and indication have not been confirmed. Which approach to selecting a safe dose range is appropriate?

A hypothetical instruction is 12 mg/kg/day for a patient weighing 16 kg. What is the total daily amount?

A daily dose must be divided into administrations, but the prescribed frequency is unclear. What should be done before calculating the amount per dose?

Which situations call for pausing and seeking clarification or appropriate review rather than proceeding based on an assumption? Select all that apply.

A hypothetical reference sets a maximum of 18 mg/kg/day for a patient weighing 18 kg. If the daily maximum is divided into three equal doses, what is the maximum amount per dose corresponding to that daily limit?

For arithmetic practice, a hypothetical reference allows 3–5 mg/kg/dose and sets a maximum of 18 mg/kg/day. A patient weighs 20 kg, and the hypothetical order is 80 mg every 6 hours. Calculate the per-dose range, the ordered total per day, and the daily maximum. State whether the order falls within both calculated limits, and note what else must be verified before applying this to an actual patient.

An order is scheduled every 8 hours. How many doses are scheduled in 24 hours?

For an order written as $5\,\mathrm{mg/kg/dose}$ every 8 hours, the amount for one dose is calculated by multiplying the patient's weight in kilograms by $5\,\mathrm{mg/kg}$; the 8-hour interval sets the schedule, not the single-dose multiplication.

A patient weighs $14\,\mathrm{kg}$, and an order specifies $6\,\mathrm{mg/kg/dose}$. What is the amount for one dose?

A patient weighs $44\,\mathrm{lb}$. An order specifies $5\,\mathrm{mg/kg/dose}$. Using $\mathrm{weight\ (kg)} = \mathrm{weight\ (lb)} \div 2.2$, what is the amount for one dose?

A patient weighs $20\,\mathrm{kg}$. The order is $12\,\mathrm{mg/kg/day}$, divided every 6 hours. What is the amount per dose?

A hypothetical reference allows $4\text{–}6\,\mathrm{mg/kg/dose}$ every 8 hours and sets a maximum of $18\,\mathrm{mg/kg/day}$. For a patient weighing $18\,\mathrm{kg}$, an order is $90\,\mathrm{mg}$ every 8 hours. Which conclusion is correct?