Please collect the data and draw your assumptions. Using the raw data select the sample that represents the breaking distance of specific cars. Let X represent the number of cars whose breaking distance was less than 130 feet. Use this information to find the confidence interval for the percentage of cars whose breaking distance is less than 130 feet. n = ____________ x = ____________ State your assumption: In words, define the random variable (sample proportion). State the estimated distribution to use.
Please collect the data and draw your assumptions. Using the raw data select the sample that represents the breaking distance of specific cars. Let X represent the number of cars whose breaking distance was less than 130 feet. Use this information to find the confidence interval for the percentage of cars whose breaking distance is less than 130 feet. n = ____________ x = ____________ State your assumption: In words, define the random variable (sample proportion). State the estimated distribution to use.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Confidence Interval (Breaking Distance of Cars)
Please collect the data and draw your assumptions.
- Using the raw data select the sample that represents the breaking distance of specific cars. Let X represent the number of cars whose breaking distance was less than 130 feet. Use this information to find the confidence interval for the percentage of cars whose breaking distance is less than 130 feet.
- n = ____________
- x = ____________
State your assumption:
- In words, define the random variable (sample proportion).
- State the estimated distribution to use.
Find the Error and Confidence Interval
- How much area is in both tails (combined)? α = _____
- How much area is in each tail? α/2 = _____
- What is z?2 =
- Construct the interval:
- Error: _____
- Confidence Interval: _____
- Fill in the blanks on the graph with the area in each section. Then, fill in the number line with the upper and lower limits of the confidence interval and the sample proportion.
10. Fill in the table:
Confidence Level |
Error |
Confidence Interval |
50% |
|
|
80% |
|
|
95% |
|
|
99% |
|
|
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