An order for a drug worth 3,000 units to be administered subcutaneou sly has been written by the physician. We have 5,000 units/mL available for your use. You are going to give _______ milliliters. ANSWER: 3000/5000 multiplied by one is 0.6 milliliters The request for an intravenous push of 75 milligrams of medicine comes from the surgeon. One of the available concentrations of the drug is 125 mi lligrams per milliliter. You are going to give the patient ____mL of the solution. (b e sure to record your ANSWER with one decimal place) Answer number 1.2 According to the sliding scale order, the formula for determining the number of units of insulin to be administered is as follows: [FORMULA: (BG-100 )÷30]. The patient's blood glucose level is 150 at the hour of 1600. There wil l be a total of _____ units of insulin that you will deliver (rounding to the next w hole number). - The answer is 200, which is rounded to the next whole number. 1 50-
100/30 equals 1.66. There is a blood glucose level of 302 mg/dL in your patient. Accordin g to the sliding scale order, insulin should be administered using the follo wing formula: [FORMULA: (BG-100)÷40] = the number of units that need to be administered. Insulin should be administered in the amount of ____ units, dependin g on the glucose level of your patient. To the nearest whole number, round the percentage. 302-100/40 equals 5.05, which, when rounded, equals 5. The doctor has prescribed a drug that should be administered in a volum e of 1,000 milliliters of fluid at a dosage of 0.05 milligrams per kilogram each day. Our patient has a weight of 246 pounds. A dose of _____ mg should be put to the bag of fluid that is 1,000 milliliters in volume. Please round your a nswer to the nearest decimal place. ANSWER 0.05 multiplied by 111.5 (the weight in kilograms) equals 5.575 milligrams per day, which equals 5.6 The surgeon gives the order for 1.5 grams of medicine to be administered intravenously. The drug is delivered by the pharmacist in the form of 1.5 gram s of an intravenous solution that is 150 milliliters in volume and is to be administered over a period of ninety minutes. Infusions are administered a t a rate of ____mL/hr. THE ANSWER IS 100 After a period of six hours, the doctor orders that one liter of intravenous fl uid be administered. The tubing set that is provided has a capacity of 15 gtts /mL. In light of your calculations, the set ought to be calibrated such tha t it can deliver _______ gtts per minute. To the nearest whole number, round the percentage. https://www.mdcalc.com/iv-drip-rate-calculator is the answer to yo ur question. $ 42 What is the patient's blood sugar level? It is 201 mg/dL. According to t he sliding scale insulin order, the following formula should be utili zed in order to determine the quantity of units that should be administered: [FORMULA: (BG-
100)ķ30+10] = the number of units that need to be administered. The amount of insulin that the nurse should provide to the patient should be deter mined by the patient's blood sugar level.To the nearest whole number, round the percent age. - The thirteenth answer Over the course of eight hours, the patient will receive one thousand millil iters of in vitro fertilization (IVF). It is 15 gtts/mL that the IV set gives. Roun ding the drip rate to the nearest full number will result in the drip rate being ______gtts/min. - The answer is 31 The IV drip rate calculator can be found at https://www.mdcalc.com/iv-drip-
rate-calculator. Over the course of forty-five minutes, an intravenous piggyback (IVPB) of 10,000 units per one hundred milliliters is to be administered. It is recommended that the pump be programmed to deliver one milliliter per hour (round to the next whole number). Answer number 133 Accessible at: https://www.manuelsweb.com/IVrate.htm 208 milligrams per deciliter of blood glucose is present in a patient wh o weighs 630 kilos. For a glucose level that is greater than 200, the physician has prescribed insulin at a dosage of 0.2 units per kilogram. For your conveni ence, insulin is offered in the following concentrations: It is 0.5 units per milliliter. A dose of _____ milliliters would be administered. Please make sure to record your ANSWER with two decimal places. "NOT 0 IS THE ANSWER??? The doctor prescribes 0.3 grams of a medication to be taken orally every 12 hours. The medicine is offered as caplets containing 150 milligrams. Cap lets
100/30 equals 1.66. There is a blood glucose level of 302 mg/dL in your patient. Accordin g to the sliding scale order, insulin should be administered using the follo wing formula: [FORMULA: (BG-100)÷40] = the number of units that need to be administered. Insulin should be administered in the amount of ____ units, dependin g on the glucose level of your patient. To the nearest whole number, round the percentage. 302-100/40 equals 5.05, which, when rounded, equals 5. The doctor has prescribed a drug that should be administered in a volum e of 1,000 milliliters of fluid at a dosage of 0.05 milligrams per kilogram each day. Our patient has a weight of 246 pounds. A dose of _____ mg should be put to the bag of fluid that is 1,000 milliliters in volume. Please round your a nswer to the nearest decimal place. ANSWER 0.05 multiplied by 111.5 (the weight in kilograms) equals 5.575 milligrams per day, which equals 5.6 The surgeon gives the order for 1.5 grams of medicine to be administered intravenously. The drug is delivered by the pharmacist in the form of 1.5 gram s of an intravenous solution that is 150 milliliters in volume and is to be administered over a period of ninety minutes. Infusions are administered a t a rate of ____mL/hr. THE ANSWER IS 100 After a period of six hours, the doctor orders that one liter of intravenous fl uid be administered. The tubing set that is provided has a capacity of 15 gtts /mL. In light of your calculations, the set ought to be calibrated such tha t it can deliver _______ gtts per minute. To the nearest whole number, round the percentage. https://www.mdcalc.com/iv-drip-rate-calculator is the answer to yo ur question. $ 42 What is the patient's blood sugar level? It is 201 mg/dL. According to t he sliding scale insulin order, the following formula should be utili zed in order to determine the quantity of units that should be administered: [FORMULA: (BG-
100)ķ30+10] = the number of units that need to be administered. The amount of insulin that the nurse should provide to the patient should be deter mined by the patient's blood sugar level.To the nearest whole number, round the percent age. - The thirteenth answer Over the course of eight hours, the patient will receive one thousand millil iters of in vitro fertilization (IVF). It is 15 gtts/mL that the IV set gives. Roun ding the drip rate to the nearest full number will result in the drip rate being ______gtts/min. - The answer is 31 The IV drip rate calculator can be found at https://www.mdcalc.com/iv-drip-
rate-calculator. Over the course of forty-five minutes, an intravenous piggyback (IVPB) of 10,000 units per one hundred milliliters is to be administered. It is recommended that the pump be programmed to deliver one milliliter per hour (round to the next whole number). Answer number 133 Accessible at: https://www.manuelsweb.com/IVrate.htm 208 milligrams per deciliter of blood glucose is present in a patient wh o weighs 630 kilos. For a glucose level that is greater than 200, the physician has prescribed insulin at a dosage of 0.2 units per kilogram. For your conveni ence, insulin is offered in the following concentrations: It is 0.5 units per milliliter. A dose of _____ milliliters would be administered. Please make sure to record your ANSWER with two decimal places. "NOT 0 IS THE ANSWER??? The doctor prescribes 0.3 grams of a medication to be taken orally every 12 hours. The medicine is offered as caplets containing 150 milligrams. Cap lets
