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2024 ATI DOSAGE CALCULATION AND SAFE MEDICATION ADMINISTRATION 3.0 CRITICAL CARE MEDICATIONS COMPLETE ACTUAL EXAM WITH 25 REAL QUESTIONS AND CORRECT VERIFIED ANSWERS WITH RATIONALES (A NEW UPDATED VERSION) |ALREADY GRADED A+ (REVISED)$20.49
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2024 ATI DOSAGE CALCULATION AND SAFE MEDICATION ADMINISTRATION 3.0 CRITICAL CARE MEDICATIONS COMPLETE ACTUAL EXAM WITH 25 REAL QUESTIONS AND CORRECT VERIFIED ANSWERS WITH RATIONALES (A NEW UPDATED VERSION) |ALREADY GRADED A+ (REVISED)
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2024 ATI DOSAGE CALCULATION AND SAFE MEDICATION
Institution
2024 ATI DOSAGE CALCULATION AND SAFE MEDICATION
2024 ATI DOSAGE CALCULATION AND SAFE MEDICATION ADMINISTRATION 3.0 CRITICAL CARE MEDICATIONS COMPLETE ACTUAL EXAM WITH 25 REAL QUESTIONS AND CORRECT VERIFIED ANSWERS WITH RATIONALES (A NEW UPDATED VERSION) |ALREADY GRADED A+ (REVISED)
2024 ATI DOSAGE CALCULATION AND SAFE MEDICATION
ADMINISTRATION 3.0 CRITICAL CARE MEDICATIONS
COMPLETE ACTUAL EXAM WITH 25 REAL QUESTIONS
AND CORRECT VERIFIED ANSWERS WITH RATIONALES (A
NEW UPDATED VERSION) |ALREADY GRADED A+
(REVISED)
A nurse is preparing to administer epinephrine 10 mcg/min by
continuous IV infusion. Available is epinephrine 1 mg in 250 mL
D5W. The nurse should set the IV pump to deliver how many
mL/hour? - Answer-150 mL/hour
Rationale:
1. (0.01 mg/min) x (250 mL/1 mg) x (60 min/1 hour) = x
2. x = 150 mL/hour
A nurse is preparing to administer esmolol 45 mcg/kg/min by
continuous IV infusion for a client who weighs 59 kg. Available
is esmolol 2,500 mg in 250 mL D5W. The nurse should set the IV
pump to deliver how many mL/hour? (Round to the nearest
tenth.) - Answer-15.9 mL/hour
Rationale:
1. (0.045 mg/kg/min) x (59 kg) = 2.655 mg/min
, 2. (2.655 mg/min) x (250 mL/2,500 mg) x (60 min/1 hour) = x
3. x = 15.93 mL/hour
4. x = 15.9 mL/hour (rounded)
A nurse is preparing to administer lidocaine 3 mg/min by
continuous IV infusion. Available is 2 g lidocaine in 500 mL
D5W. The nurse should set the IV pump to deliver how many
mL/hour? - Answer-45 mL/hour
Rationale:
1. (3 mg/min) x (500 mL/2,000 mg) x (60 min/hour) = x
2. x = 45 mL/hour
A nurse is preparing to administer heparin 15 units/kg/hour by
continuous IV infusion to a client who weighs 72 kg. Available is
25,000 units of heparin in 500 mL 0.9% sodium chloride. The
nurse should set the IV pump to deliver how many mL/hour?
(Round to the nearest tenth.) - Answer-21.6 mL/hour
Rationale:
1. (15 units/kg/hour) x (72 kg) = 1,080 units/hour
2. (1,080 units/hour) x (500 mL/25,000 units) = x
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