8/7/2023 0 Comments Med math practice test![]() ![]() ![]() 20 doses multiplied by 6.56 mL doses equals the total volume the patient will be receiving, which is 131.2 mL. The patient is receiving 2 doses per day and for a total of 10 days, this means the patient will be receiving 20 doses. This volume is for 1 single dose of amoxicillin. 1.312 multiplied by 5 mLs is 6.56 mL, this is how many mLs it will take to have 328 mg. This ratio can be multiplied by the number of mLs it takes to make up 250 mg, which is 5 mLs. In order to do this 328 mg needs to be divided by 250 mg to get a ratio. If the amoxicillin comes in 250 mg/5 mL, then it needs to be determined how many mLs it will take to get 328 mg of amoxicillin. 40 mg multiplied by 8.2 kg is equal to 328 mg, this is one dose of amoxicillin. This patient weighs 18 lbs, based on the conversion of 2.2 lbs = 1 kg, the patient weighs 8.2 kg. Hinkle Kerry H.If 40mg of amoxicillin are needed per kg of body weight then the dose of amoxicillin is 40mg multiplied by the patient’s body weight.
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