In a recent Super Bowl, a TV network predicted that 48 % of the audience would express an interest in seeing one of its forthcoming television shows. The network ran commercials for these shows during the Super Bowl. The day after the Super Bowl, and Advertising Group sampled 84 people who saw the commercials and found that 36 of them said they would watch one of the television shows. Suppose you are have the following null and alternative hypotheses for a test you are running: Ho: p= 0.48 Ha:p < 0.48 Calculate the test statistic, rounded to 3 decimal places 2 =
In a recent Super Bowl, a TV network predicted that 48 % of the audience would express an interest in seeing one of its forthcoming television shows. The network ran commercials for these shows during the Super Bowl. The day after the Super Bowl, and Advertising Group sampled 84 people who saw the commercials and found that 36 of them said they would watch one of the television shows. Suppose you are have the following null and alternative hypotheses for a test you are running: Ho: p= 0.48 Ha:p < 0.48 Calculate the test statistic, rounded to 3 decimal places 2 =
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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![### Hypothesis Testing Example: TV Network Audience Interest
In a recent Super Bowl, a TV network predicted that 48% of the audience would express an interest in seeing one of its forthcoming television shows. The network ran commercials for these shows during the Super Bowl. The day after the Super Bowl, an Advertising Group sampled 84 people who saw the commercials and found that 36 of them said they would watch one of the television shows.
#### Hypotheses
Suppose you have the following null and alternative hypotheses for a test you are running:
- \( H_0 \): \( p = 0.48 \)
- \( H_a \): \( p < 0.48 \)
#### Task
Calculate the test statistic, rounded to 3 decimal places.
\[ z = \boxed{\text{ }} \]
This example involves testing whether the proportion of viewers who expressed an interest is less than the predicted 48%, using a sample of those who saw the commercials. To derive the test statistic, apply the z-test for proportions using the given hypotheses and sample data.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd120f3b3-582e-4ce3-bf67-95261f57ecc8%2F7492c521-4a76-4b26-9275-af2f648f8d3e%2Fjqji40e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:### Hypothesis Testing Example: TV Network Audience Interest
In a recent Super Bowl, a TV network predicted that 48% of the audience would express an interest in seeing one of its forthcoming television shows. The network ran commercials for these shows during the Super Bowl. The day after the Super Bowl, an Advertising Group sampled 84 people who saw the commercials and found that 36 of them said they would watch one of the television shows.
#### Hypotheses
Suppose you have the following null and alternative hypotheses for a test you are running:
- \( H_0 \): \( p = 0.48 \)
- \( H_a \): \( p < 0.48 \)
#### Task
Calculate the test statistic, rounded to 3 decimal places.
\[ z = \boxed{\text{ }} \]
This example involves testing whether the proportion of viewers who expressed an interest is less than the predicted 48%, using a sample of those who saw the commercials. To derive the test statistic, apply the z-test for proportions using the given hypotheses and sample data.
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