Bob analyzed the concentration of caffeine in 5,000 samples from a soft drink company. His data fit the Gaussian curve of errors perfectly with a population mean of 22.149 ppm (µ, true value) and a population standard deviation of 0.549 ppm. (show key steps of your calculations; round off to the nearest whole number) A: How many samples have a caffeine concentration higher than 23.084 ppm? B: How many samples have a caffeine concentration between 20.121 and 22.369 ppm?

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Bob analyzed the concentration of caffeine in 5,000 samples from a soft drink company. His data fit the Gaussian
curve of errors perfectly with a population mean of 22.149 ppm (µ, true value) and a population standard deviation of
0.549 ppm. (show key steps of your calculations; round off to the nearest whole number)
A: How many samples have a caffeine concentration higher than 23.084 ppm?
B: How many samples have a caffeine concentration between 20.121 and 22.369 ppm?
Transcribed Image Text:Bob analyzed the concentration of caffeine in 5,000 samples from a soft drink company. His data fit the Gaussian curve of errors perfectly with a population mean of 22.149 ppm (µ, true value) and a population standard deviation of 0.549 ppm. (show key steps of your calculations; round off to the nearest whole number) A: How many samples have a caffeine concentration higher than 23.084 ppm? B: How many samples have a caffeine concentration between 20.121 and 22.369 ppm?
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