In developing a generic drug, it is necessary for a manufacturer of biopharmaceutical products to show equivalence to the current product. The variable of interest is the absorption rate of the product. The current product has an absorption rate of 18 mg/hr. If the new generic product has an absorption rate that is within o.50 mg/hr of this value, it will be considered equivalent. A random sample of 20 units of product is available, and the sample mean and standard deviation of absorption rate are 18.22 mg/hr and o.92 mg/hr, respectively. a. State the appropriate hypotheses that must be tested to demonstrate equivalence. b. What are your conclusions using a = 0.05?

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.1: Measures Of Center
Problem 9PPS
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In developing a generic drug, it is necessary for a manufacturer of biopharmaceutical products to show
equivalence to the current product. The variable of interest is the absorption rate of the product. The current
product has an absorption rate of 18 mg/hr. If the new generic product has an absorption rate that is within o.50
mg/hr of this value, it will be considered equivalent. A random sample of 20 units of product is available, and the
sample mean and standard deviation of absorption rate are 18.22 mg/hr and o.92 mg/hr, respectively.
a. State the appropriate hypotheses that must be tested to demonstrate equivalence.
b. What are your conclusions using a = 0.05?
Transcribed Image Text:In developing a generic drug, it is necessary for a manufacturer of biopharmaceutical products to show equivalence to the current product. The variable of interest is the absorption rate of the product. The current product has an absorption rate of 18 mg/hr. If the new generic product has an absorption rate that is within o.50 mg/hr of this value, it will be considered equivalent. A random sample of 20 units of product is available, and the sample mean and standard deviation of absorption rate are 18.22 mg/hr and o.92 mg/hr, respectively. a. State the appropriate hypotheses that must be tested to demonstrate equivalence. b. What are your conclusions using a = 0.05?
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