CODE IN R STUDIO USING R LANGUAGE. all the parts 1. A machine that fills 2-liter soda bottles is supposed to fill them to the labeled amount, 2000 mL. In practice, the machine fills to a mean of 1995 mL with a standard deviation of 9 mL. Assume that the machine’s fills are normally distributed. (a) What percent of bottles will have less soda than the labeled amount? (b) What percent of bottles will have between 1990 and 2000 mL of soda? (c) The bottles are only large enough to hold 2020 mL of soda at most. What percent of bottles will overflow when filled by this machine? (d) What is the maximum amount a bottle can be filled while still being among the 20% of least filled bottles?
CODE IN R STUDIO USING R LANGUAGE. all the parts 1. A machine that fills 2-liter soda bottles is supposed to fill them to the labeled amount, 2000 mL. In practice, the machine fills to a mean of 1995 mL with a standard deviation of 9 mL. Assume that the machine’s fills are normally distributed. (a) What percent of bottles will have less soda than the labeled amount? (b) What percent of bottles will have between 1990 and 2000 mL of soda? (c) The bottles are only large enough to hold 2020 mL of soda at most. What percent of bottles will overflow when filled by this machine? (d) What is the maximum amount a bottle can be filled while still being among the 20% of least filled bottles?
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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CODE IN R STUDIO USING R LANGUAGE. all the parts
1. A machine that fills 2-liter soda bottles is supposed to fill them to the labeled amount, 2000 mL. In practice, the machine fills to a mean of 1995 mL with a standard deviation of 9 mL. Assume that the machine’s fills are normally distributed.
(a) What percent of bottles will have less soda than the labeled amount?
(b) What percent of bottles will have between 1990 and 2000 mL of soda?
(c) The bottles are only large enough to hold 2020 mL of soda at most. What percent of bottles will overflow when filled by this machine?
(d) What is the maximum amount a bottle can be filled while still being among the 20% of least filled bottles?
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