3) Define a problem where you test a hypothesis standard deviation ox= (a choose) with the alternate hypothesis ox# (the same value you have chos level of significance (X) of 0.10, for a sample size N=15, by also defining values for the standard deviation (Sx) of the sample. Show whether the hyp accepted or rejected. (Hint: Define and solve a two-sided hypothesis testing question using x2 (c distribution.) 4) Define the same problem where you test a hypothesis standard deviati value you choose) this time with the alternate hypothesis ox > (the same have chosen), for the same level of significance (X) of 0.10, same sample and the same standard deviation (§x) of the sample. Show whether the hyp

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Chapter1: Combinatorial Analysis
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Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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x = 2370

3) Define a problem where you test a hypothesis standard deviation ox = (a value you
choose) with the alternate hypothesis ox# (the same value you have chosen) at the
level of significance (X) of 0.10, for a sample size N=15, by also defining your own
values for the standard deviation (Sx) of the sample. Show whether the hypothesis is
accepted or rejected.
(Hint: Define and solve a two-sided hypothesis testing question using x2 (chi-square)
distribution.)
4) Define the same problem where you test a hypothesis standard deviation ox = (a
value you choose) this time with the alternate hypothesis ox > (the same value you
have chosen), for the same level of significance (0) of 0.10, same sample size N=15
and the same standard deviation (5x) of the sample. Show whether the hypothesis is
accepted or rejected.
(Hint: Define and solve a one-sided hypothesis testing question using x2 (chi-square)
distribution.)
Transcribed Image Text:3) Define a problem where you test a hypothesis standard deviation ox = (a value you choose) with the alternate hypothesis ox# (the same value you have chosen) at the level of significance (X) of 0.10, for a sample size N=15, by also defining your own values for the standard deviation (Sx) of the sample. Show whether the hypothesis is accepted or rejected. (Hint: Define and solve a two-sided hypothesis testing question using x2 (chi-square) distribution.) 4) Define the same problem where you test a hypothesis standard deviation ox = (a value you choose) this time with the alternate hypothesis ox > (the same value you have chosen), for the same level of significance (0) of 0.10, same sample size N=15 and the same standard deviation (5x) of the sample. Show whether the hypothesis is accepted or rejected. (Hint: Define and solve a one-sided hypothesis testing question using x2 (chi-square) distribution.)
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