1) You receive a prescription to compound three progesterone 25 mg capsules. The least weighable quantity (LWQ) for your balance is 120 mg, so you will need to use the aliquot method to accurately weigh the required amount of progesterone. What quantity of progesterone should you weigh out to include in your dilution mixture? Select a quantity that is greater than your LWQ but also results in the least amount of product waste. Round your answer to the nearest whole number and include units.

2) You receive a prescription to compound three progesterone 25 mg capsules. The least weighable quantity (LWQ) for your balance is 120 mg, so you will need to use the aliquot method to accurately weigh the required amount of progesterone. You decide to utilize a factor of 3 and weigh out 225 mg (75 mg x 3) of progesterone for the dilution mixture. Given this information, what quantity of total dilution mixture you will make? Round your answer to the nearest whole number and please include units.

3) You receive a prescription to compound three progesterone 25 mg capsules. The least weighable quantity (LWQ) for your balance is 120 mg, so you will need to use the aliquot method to accurately weigh the required amount of progesterone. If 1200 mg of your prepared dilution mixture contains 300 mg of progesterone, what portion (aliquot) of this mixture will contain the 75 mg of progesterone needed for the prescription? Round your answer to the nearest whole number and include units.

4) You receive a prescription to compound three progesterone 25 mg capsules. You will be compounding this prescription using size #1 capsules and lactose as the diluent. A size #1 capsule can hold 0.8 grams of lactose when filled to capacity. Each prepared capsule will contain 100 mg (0.1 grams) of your progesterone dilution mixture. How much lactose is needed per capsule? Round your answer to the nearest tenth and please include units.