Question

Hypothesis test for M&Ms: This section will work through constructing and interpreting a hypothesis test for...

Hypothesis test for M&Ms:

This section will work through constructing and interpreting a hypothesis test for

proportions. You can find the information for constructing a hypothesis test in

section 10.2. We will be using the p-value approach with a 5% significance level.

1. Treat your bag of M&M’s as a simple random sample. Choose your favorite

color of M&M’s you will be working with for this project. State the color

and give the counts below.

Color of choice: Green

The proportion of M&M's in your color: I had 12 green M&Ms in bag and total of M&Ms = 100... so 12/100?

The hypothesized proportion of M&M’s in your color:?

2. State the null and alternate hypothesis in both symbolic and sentence

form.

3. Use technology to find and state the p-value.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Milk Chocolate M&M’s come in 6 colors; blue, orange, green, yellow, red, and brown. The color...
Milk Chocolate M&M’s come in 6 colors; blue, orange, green, yellow, red, and brown. The color is red and the number of candies is 25/200 total M&Ms 1. Choose your favorite color of M&M’s you will be working with for this project. State the color and give the counts below. Color of choice: Number of M&M's in your color: Total number of M&M's: Proportion of M&M's in your color: 2. Construct a 95% confidence interval for the proportion of M&M’s...
Milk Chocolate M&M’s come in 6 colors; blue, orange, green, yellow, red, and brown. Choose the...
Milk Chocolate M&M’s come in 6 colors; blue, orange, green, yellow, red, and brown. Choose the color of M&M’s you will be working with for this project Color: GREEN Using the collected data below from a single fun-sized bag, provide the frequency and proportion of M&M’s in your color of choice. Red Orange Yellow Green Blue Brown 2 1 2 3 5 1 Number of M&M's in your color: Total number of M&M's: Proportion of M&M's in your color: Construct...
Grab your bag of M & Ms and sort them out by color. Record the number...
Grab your bag of M & Ms and sort them out by color. Record the number of each color in row A of the table below. Also record the total number of M&Ms in your bag, n. Calculate the expected value of each color in a bag of size n. Record your results in Row B. Calculate the standard deviation for each color in a bag of size n. Record your results in Row C. Using the Range-Rule-Of-Thumb, calculate the...
Mars Inc. claims that they produce M&Ms with the following distributions: Brown 30% Red 20% Yellow...
Mars Inc. claims that they produce M&Ms with the following distributions: Brown 30% Red 20% Yellow 20% Orange 10% Green 10% Blue 10% A bag of M&Ms was randomly selected from the grocery store shelf, and the color counts were: Brown 25 Red 23 Yellow 21 Orange 13 Green 15 Blue 14 Using the χ2 goodness of fit test (α = 0.10) to determine if the proportion of M&Ms is what is claimed. Select the [p-value, Decision to Reject (RH0)...
Mars Inc. claims that they produce M&Ms with the following distributions: Brown 30% Red 20% Yellow...
Mars Inc. claims that they produce M&Ms with the following distributions: Brown 30% Red 20% Yellow 20% Orange 10% Green 10% Blue 10% A bag of M&Ms was randomly selected from the grocery store shelf, and the color counts were: Brown 23 Red 23 Yellow 20 Orange 15 Green 17 Blue 15 Using the χ2 goodness of fit test to determine if the proportion of M&Ms is what is claimed, what is the test statistic? a) χ2 = 10.409 b)...
Conduct the hypothesis test and provide the test​ statistic, critical value and​ P-value, and state the...
Conduct the hypothesis test and provide the test​ statistic, critical value and​ P-value, and state the conclusion. A package of 100 candies are distributed with the following color​ percentages: 15​% ​red, 20​% orange,16​% yellow, 10​% brown, 25​% blue, and 14​% green. Use the given sample data to test the claim that the color distribution is as claimed. Use a 0.025 significance level. Candy counts: Color Number in Package Red 15 Orange 23 Yellow 6 Brown 9 Blue 27 Green 20...
M&M's Color Distribution: Suppose the makers of M&M candies give the following average percentages for the...
M&M's Color Distribution: Suppose the makers of M&M candies give the following average percentages for the mix of colors in their bags of plain chocolate M&M's. Stated Distribution of Colors Brown Yellow Red Orange Green Blue Percent   30%   20%   20%   10%   10%   10% Now, you randomly select 200 M&M's and get the counts given in the table below. You expected about 20 blues but only got 9. You suspect that the maker's claim is not true. Observed Counts by Color...
M&M's Color Distribution: Suppose the makers of M&M candies give the following average percentages for the...
M&M's Color Distribution: Suppose the makers of M&M candies give the following average percentages for the mix of colors in their bags of plain chocolate M&M's. Stated Distribution of Colors Brown Yellow Red Orange Green Blue Percent   30%   20%   20%   10%   10%   10% Now, you randomly select 200 M&M's and get the counts given in the table below. You expected about 20 blues but only got 9. You suspect that the maker's claim is not true. Observed Counts by Color...
M&M's Color Distribution: Suppose the makers of M&M candies give the following average percentages for the...
M&M's Color Distribution: Suppose the makers of M&M candies give the following average percentages for the mix of colors in their bags of plain chocolate M&M's. Stated Distribution of Colors Brown Yellow Red Orange Green Blue    Percent      30%   20%   20%   10%   10%   10%    Now, you randomly select 200 M&M's and get the counts given in the table below. You expected about 20 blues but only got 10. You suspect that the maker's claim is not true. Observed...
Your task is to pick a hypothesis to test about a population proportion (section 8.2) or...
Your task is to pick a hypothesis to test about a population proportion (section 8.2) or a population mean (section 8.3). Once you have determined your hypothesis you must go and collect the data. Make sure your sample meets the requirements of a test presented in sections 8.2 and 8.3 (such as appropriate sample size). Use a 0.05 significance level. Please clearly state the null and alternative hypotheses in symbolic form and in words. State any relevant statistics from your...