-> Ô https://app.101edu.co Question 25 of 41 A patient is required to take an IV drug for cancer treatment. The required dosage is 5.0 mg drug per Ib patient body weight every day. Each of the bags of the drug contains 250mg drug. If you are treating a 150 Ib patient, how many bags of the drug are needed each day? 150 Ib patient 750 mg drug 5.0 mg drug STARTING AMOUNT 150 lb patient 5.0 mg drug x * 750 mg drug 1 ADO FACTOR ANSWER RESET DELETE 5.0 0.020 0.12 50.0 30.0 7.5 x 10 750 0.33 250 3.0 1 10.0 8.3 150 0.60 1250 mg drug/bag mg drug bags Ib patient mg drug/lb patient LOO0 一 F11 F1 F2 PrtSc F3 F4 FS F6 F7 FO FO F10 F12 %23 & 1 5 8 Q W T. Y U 1O P S. F H. J 44R の 山

A drug is supplied as a solution of 100. mg/mL. If 2.0 mL of this concentrated drug solution is diluted to a volume of 25.0 mL, how much of the diluted solution should be administered to supply a dose of 150 mg?    (Use two types of problems in this problem.)     0.053 mL     8.0 mL     7.5 mL     19 mL     0.13 mL

You can calculate the cost per dose using the following formula: cost of container /number of doese per container (formula)   Calculate the cost per dose for Brand X. Do not include a unit in your answer. Report your answer to three decimal places. Brand X antacid: 2 tablets / 500 mg dose 40 tablets / container Cost: $3.75 / container

the average shot piece is a cylinder with a diameter of 7.5 mm, a height of 2.0 mm, and a mass of 0.40 g. The average zinc granule is a sphere with a diameter of 0.84 mm. Using the formulas listed below, calculate the total surface area for 0.40 g of each form of zinc. Surface area of a cylinder = 2?r2 + 2?rh          Surface area of a sphere = 4?r2 Volume of a sphere = 4/3?r3                 Volume of cylinder = ?r2h                   Density of zinc = 7.141 g/mL

The dosage of quinine when a 145−lb adult takes a 200.−mg tablet is equivalent to _____ μg drug per kg of body weight.

A 110 pound patient is prescribed a maintenance dose of haloperidol. If the dosing regimen is 0.5 mg/kg/day divided into three doses, identify the dose the patient should receive in milligrams (mg).

Can someone show a step by step solution? I have the answer but the process is confusing me