Asked by Brynleigh Wheeler on May 01, 2024

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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.
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Verified Answer

ZK
Zybrea KnightMay 06, 2024
Final Answer :
a.10,800 mcg per hr (3  60  60)
b.10.800 mg per hr (10.800)(10.800  1000)
c. a.10,800 mcg per hr (3 <font face=symbol></font> 60 <font face=symbol></font> 60) b.10.800 mg per hr (10.800)(10.800 <font face=symbol></font> 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:
d.Equation is balanced.Only mL per hour remain.A shortcut can be used by entering the a.10,800 mcg per hr (3 <font face=symbol></font> 60 <font face=symbol></font> 60) b.10.800 mg per hr (10.800)(10.800 <font face=symbol></font> 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:  data in the equation as follows: a.10,800 mcg per hr (3 <font face=symbol></font> 60 <font face=symbol></font> 60) b.10.800 mg per hr (10.800)(10.800 <font face=symbol></font> 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: