Convinced about the importance of data processing through of statistics, Matheus, a production engineer, needs to do an analysis of the following data, which refers to daily production, in tons, from a company that operates in the processing industry of sugar cane. c) With the tabulated data, Matheus approaches the measures of central tendency, that is, it calculates the mean, median and the fashion. Here, present the calculations, as well as the interpretation that Matheus will get by performing such measurements. (Attention, do the calculations of position measurements from the frequency distribution built on letter a. DO NOT calculate position measurements using the initial raw data of the utterance). d) Matheus realizes that the daily processing of sugar cane can be estimated by a Poisson distribution. using the average of processing obtained in letter c of this activity, what is the probability that 52 tons will be processed on any given day of sugar cane? interpret the result

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
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Author:Carter
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Chapter5: Linear Inequalities
Section5.2: Solving Inequalities By Multiplication And Division
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Convinced about the importance of data processing through of statistics, Matheus, a production engineer, needs to do an analysis of the following data, which refers to daily production, in tons, from a company that operates in the processing industry of sugar cane.

c) With the tabulated data, Matheus approaches the measures of central tendency, that is, it calculates the mean, median and the fashion. Here, present the calculations, as well as the interpretation that Matheus will get by performing such measurements. (Attention, do the calculations of position measurements from the frequency distribution built on letter a. DO NOT calculate position measurements using the initial raw data of the utterance).

d) Matheus realizes that the daily processing of sugar cane can be estimated by a Poisson distribution. using the average of processing obtained in letter c of this activity, what is the probability that 52 tons will be processed on any given day of sugar cane? interpret the result

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