Evaluate the standard deviation, Applied Statistics

You have an assembly line which produces 1L bottles of seltzer with a standard deviation of 0.05L.

• Assuming the distribution of volume is normal, what is the chance any single bottle's volume is between 0.85L and 0.95L?

• If you chose 100 bottles at random, what would be the expected average volume of the bottles in your sample? What would the standard deviation of the sample average be? What is the shape of this distribution? Give reasons for your answers.

• If you pulled a sample of 50 bottles, what is the chance that you would find the average volume was greater than 0.99L?

Posted Date: 3/16/2013 5:34:22 AM | Location : United States







Related Discussions:- Evaluate the standard deviation, Assignment Help, Ask Question on Evaluate the standard deviation, Get Answer, Expert's Help, Evaluate the standard deviation Discussions

Write discussion on Evaluate the standard deviation
Your posts are moderated
Related Questions
Theories of Business forecasting

Education seems to be a very difficult field in which to use quality methods. One possible outcome measures for colleges is the graduation rate (the percentage of the students matr

The range of actuator design parameters have been provisionally assessed and are presented in Table (3). You are required to determine the following parameters: The circumfer

Using Chi Square Test when more than two Rows are Present   To understand this, let us consider the contingency table shown below. It gives us the information about the stage

Cluster Analysis could be also represented more formally as optimization procedure, which tries to minimize the Residual Sum of Squares objective function: where μ(ωk) - is a centr

Need help on my maths assignment

how can we graph a trend line by semiaverages and least square method?

Descriptive Statistics : Carrying out an extensive analysis the data was not a subject to ambiguity and there were no missing values.  Below are descriptive statistics that hav

The Elementary Teachers' Federation of Ontario make the following claim on their website as of February 13, 2013: For years, the Elementary Teachers' Federation of Ontario (ETFO

slope parameter of 1.4 and scale parameter of 550.calculate Reliability, MTTF, Variance, Design life for R of 95%