Asked by Brynleigh Wheeler on May 01, 2024
Verified
Directions: Calculate the IV medication and infusion rates.Use a calculator for safe dose range calculations,multiplication,and long division as desired.Verify results using DE-style equations where requested.If the order is unsafe,do not proceed with the math.Label answers.
Ordered: dopamine infusion at 3 mcg per kg per min,for a patient in shock.
Available: dopamine 200 mg per 250 mL D5W.
Patient's weight: 60 kg
A)Information requested: Micrograms per hour ordered Calculator result:
B)Information requested: Milligrams per hour ordered Calculator result: Milliliters per hour to be administered on infusion pump
C)DA equation:
D)Evaluation:
Dopamine Infusion
A medical treatment involving the continuous intravenous administration of dopamine to support heart function and blood pressure.
Shock
A critical condition brought on by a sudden drop in blood flow through the body, leading to failure of organ systems.
DE-style Equations
Differential equations following specific styles or methods used in mathematical or engineering problems.
- Conduct calculations and ascertain the conversion among disparate units of measurement crucial for IV medication dosage (e.g., micrograms to milligrams, pounds to kilograms).
- Derive the suitable dosage of intravenous medication contingent on the patient's weight.
- Establish the rate at which to infuse IV medications to ensure a safe treatment process, understanding flow rates in milliliters per hour.
Verified Answer
b.10.800 mg per hr (10.800)(10.800 1000)
c.
d.Equation is balanced.Only mL per hour remain.A shortcut can be used by entering the data in the equation as follows:
Learning Objectives
- Conduct calculations and ascertain the conversion among disparate units of measurement crucial for IV medication dosage (e.g., micrograms to milligrams, pounds to kilograms).
- Derive the suitable dosage of intravenous medication contingent on the patient's weight.
- Establish the rate at which to infuse IV medications to ensure a safe treatment process, understanding flow rates in milliliters per hour.
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