How to Answer Nurs Pharmacology Nursing Questions (Complete Guide)
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What This Question Is About
This question relates to nurs pharmacology nursing and requires a structured academic response.
How to Approach This Question
Structure your response with introduction, analysis, and conclusion.
Key Explanation
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Original Question
NURS 226 Pharmacology for Nursing 1. A patient will receive 750ml of normal saline and the fluid is delivered at 25mL/hour. How long will the fluid last? 2. The total volume to be given is 960 ml. The time over which this is to be given is 16 hours. The drop factor is 20. How many drops per minute will be delivered? 3. The total volume to be given is 30 ml. The time over which this is to be given is 30 minutes. The drop factor is 15. How many drops per minute will be delivered? 4. The total volume to be given is 90 ml. The time over which this is to be given is 45 minutes. The drop factor is 20.How many drops per minute will be delivered? 5. The volume remaining is 600 ml. The drop factor on the set is 20.The drops per minute (calculated when set up) is 40. How many minutes will this take? 6. The volume remaining is 420 ml. The drop factor on the set is 20. The drops per minute (calculated when set up) is 84. How many minutes will this take? 7. A patient will receive 750ml of normal saline and the fluid is delivered at 25mL/hour. How long will the fluid last? 8. The total volume to be given is 960 ml. The time over which this is to be given is 16 hours. The drop factor is 20. How many drops per minute will be delivered? 9. The total volume to be given is 30 ml. The time over which this is to be given is 30 minutes. The drop factor is 15. How many drops per minute will be delivered? 10. The total volume to be given is 90 ml. The time over which this is to be given is 45 minutes. The drop factor is 20. How many drops per minute will be delivered? 11. The volume remaining is 600 ml. The drop factor on the set is 20. The drops per minute (calculated when set up) is 40. How many minutes will this take? 12. The volume remaining is 420 ml. The drop factor on the set is 20. The drops per minute (calculated when set up) is 84. How many minutes will this take? 13. Give Fortaz 50 mg/ kgp. o.t.i.d.to a child who weighs 25.5kg. Fortaz is available in an oral suspension labeled 100 mg/ mL. How many mL would the nurse administer per dose? 14. At the change of shift you notice 200 mL left to count in the I.V. bag. The I.V. is infusing at 80 mL/hr. How much longer will the I.V. run? 15. The physician writes an order for heparin 900 units/hr. The label on the I.V. bag reads: Heparin 10,000 units in 500 mL D5W. How many mL/ hr will deliver the correct dose? 16. Give Regular insulin by continuous I.V. infusion at 20units/hr. The solution is 250 mL NS with 100 units of Regular insulin. What rate on the infusion pump will deliver the correct dose? 17. Tridil is infusing at 15mL /hr on an infusion pump. The drug is mixed 50 mg in 500 mL DsW. How many mcg/minute is the patient receiving? 18. Aminophylline is infusing at 30 mL/hr. The drug is mixed 250 mg in 500 mL D5W. How many mg/ hr is the patient receiving? 19. Kefl in 2 g in I00 mL DsW IVPB over 20 minutes. The I.V. tubing is 15 gtt/mL. Calculate the flow rate. 20. One-liter NS to infuse over 24 hours using a microdrip (gravity flow). Calculate the flow rate.
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