229 total bricks: 96 dark stone grey, 32 33 bright yellow, and 31 bright orange. aims that 40% of the bricks in the store The remaining 4 colors (bright red, bri nd bright orange) each make up 15% of he null hypothesis that the proportions e are correct versus the alternative hyp correct. Performing this test at the alph e p-value and your conclusion? ject the null hypothesis e null hypothesis ect the null hypothesis

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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The LEGO® store has a promotional event where customers can
buy a 20 oz cup and fill it with a random assortment of
LEGO® bricks from a large bin. You decide to take advantage of
this deal and randomly select a cup of LEGO® bricks from the bin.
At home you count the bricks from your cup. You find that your
cup contained 229 total bricks: 96 dark stone grey, 32 bright red,
37 bright blue, 33 bright yellow, and 31 bright orange. The
LEGO® store claims that 40% of the bricks in the store bin are
dark stone grey. The remaining 4 colors (bright red, bright blue,
bright yellow, and bright orange) each make up 15% of the bricks
in the bin. Test the null hypothesis that the proportions stated by
the LEGO® store are correct versus the alternative hypothesis
that they are incorrect. Performing this test at the alpha= 0.05
level, what is the p-value and your conclusion?
0.084; Fail to reject the null hypothesis
0.084; Reject the null hypothesis
0.916; Fail to reject the null hypothesis
0.916; Reject the null hypothesis
S
Transcribed Image Text:The LEGO® store has a promotional event where customers can buy a 20 oz cup and fill it with a random assortment of LEGO® bricks from a large bin. You decide to take advantage of this deal and randomly select a cup of LEGO® bricks from the bin. At home you count the bricks from your cup. You find that your cup contained 229 total bricks: 96 dark stone grey, 32 bright red, 37 bright blue, 33 bright yellow, and 31 bright orange. The LEGO® store claims that 40% of the bricks in the store bin are dark stone grey. The remaining 4 colors (bright red, bright blue, bright yellow, and bright orange) each make up 15% of the bricks in the bin. Test the null hypothesis that the proportions stated by the LEGO® store are correct versus the alternative hypothesis that they are incorrect. Performing this test at the alpha= 0.05 level, what is the p-value and your conclusion? 0.084; Fail to reject the null hypothesis 0.084; Reject the null hypothesis 0.916; Fail to reject the null hypothesis 0.916; Reject the null hypothesis S
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