Suppose you are an intern working in a small rural emergency room in Bumblescum, SC. Your hospital is short on nurses and you have to prepare IV fluids for all of your patients. One of your patients is suffering from an insulin overdose and you are trying to regulate her blood sugar back to normal. You decide to administer an intravenous drip of 5% dextrose over an extended period with monitoring. Normally IV bags containing 5% dextrose are available, but due the current healthcare crisis the hospital administrators have decided to order standard bags of 0.9% NaCl. This means you will need to remove a calculated volume of the 0.9% NaCl from the bag and add back the calculated volume of dextrose. A container of 50% dextrose is available in the ER stockroom. How much of the 50% dextrose should be added to the bag if the total IV bag volume will be 1000 mL and a 5% solution is desired?
Suppose you are an intern working in a small rural emergency room in Bumblescum, SC. Your hospital is short on nurses and you have to prepare IV fluids for all of your patients. One of your patients is suffering from an insulin overdose and you are trying to regulate her blood sugar back to normal. You decide to administer an intravenous drip of 5% dextrose over an extended period with monitoring. Normally IV bags containing 5% dextrose are available, but due the current healthcare crisis the hospital administrators have decided to order standard bags of 0.9% NaCl. This means you will need to remove a calculated volume of the 0.9% NaCl from the bag and add back the calculated volume of dextrose. A container of 50% dextrose is available in the ER stockroom. How much of the 50% dextrose should be added to the bag if the total IV bag volume will be 1000 mL and a 5% solution is desired?
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