Please need help with 24 25 26 please **Analysis of Distance Hit (ft) by Type of Bat**This section presents data from JMP output comparing top-of-the-line bats to lower-priced bats to measure the distance in feet that a ball was hit.---**Graphs and Diagrams:**1. **Box Plot and Dot Plot:** - Displays the distribution of distances for lower-priced and top-of-the-line bats. - The y-axis represents the "Distance in ft," ranging from 55 to 70 feet. - The x-axis shows "Type of Bat" with categories for "lower price" and "top of the line." - Each category has a dot plot overlaid on a box plot to display the variation and center.2. **Normal Quantile Plot:** - Shows how the data points are distributed in relation to a normal distribution. - The x-axis represents the "Normal Quantile." - Lines for "lower price" and "top of the line" are plotted to evaluate normality.---**Oneway ANOVA:**- **Summary of Fit:** - Rsquare: 0.250737 - Adj Rsquare: 0.209111 - Root Mean Square Error: 4.491628 - Mean of Response: 60.605 - Observations: 20---**Pooled t Test:**- Comparing "top of the line" to "lower price" bats.- **Difference:** 4.93000- **Standard Error Difference:** 2.00872- **t Ratio:** 2.454303- **Degrees of Freedom (DF):** 18- **Probability > |t|:** - 0.0245* (indicates statistical significance) - 0.0123* (indicates statistical significance)A normal distribution curve represents the t-test results, with shaded regions corresponding to the probability values.This analysis helps in understanding how the performance differs between the two types of bats when hitting a ball. ## Statistical Assumptions and Calculations### Assumptions for Two-Sample Independent DataWhen conducting an analysis with two independent samples, the following assumptions should be checked:- **Normally distributed data**- **Equal variances**- **All \( n_i p_i > 5 \)**- **Multinomial experiment**- **All \( E_i > 5 \)**### Calculation Questions**Question 25:** "What is the value of our test statistic? Round to 2 decimal places."*Type your answer:*---**Question 26:** "What is the critical value for the rejection region if this was a 'less than' alternative hypothesis at the 1% significance level? Round to 3 decimal places."*Type your answer:*

Hypothesis is an assumption that is being tested.

If this was 2 sample independent data, what assumption(s) would we need to check? 25 normally distributed data equal variances all nip, > 5 multinomial experiment all E > 5 What is the value of our test statistic? Round to 2 decimal places. Type your answer..... 26 What is the critical value for the rejection region if this was a less than alternative hypothesis at the 1% significance level? Round to 3 decimal places. Type your answer....

If this was 2 sample independent data, what assumption(s) would we need to check? 25 normally distributed data equal variances all nip, > 5 multinomial experiment all E > 5 What is the value of our test statistic? Round to 2 decimal places. Type your answer..... 26 What is the critical value for the rejection region if this was a less than alternative hypothesis at the 1% significance level? Round to 3 decimal places. Type your answer....

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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