**Understanding Hypothesis Testing: Claims and Complements**In hypothesis testing, you often start with a specific claim and then determine its complement, known as the null and alternative hypotheses. Here’s an example to help illustrate this concept.**Given Claim:**\[p > 0.28\]**Task:**1. Find the complement of the claim.2. Identify which hypothesis is the null hypothesis $(H_0)$ and which is the alternative hypothesis $(H_a)$.**Complement of the Claim:**The complement of the given claim $p > 0.28$ is:\[p \leq 0.28\]**Select $H_0$ and $H_a$:**You need to determine the null hypothesis $(H_0)$ and the alternative hypothesis $(H_a)$ from the given options. Remember, the null hypothesis typically signifies “no effect” or “no change,” and is the statement being tested. The alternative hypothesis is what you might believe to be true or hope to prove.### Options:- **A.** - $H_0: p > 0.28$ - $H_a: p \leq 0.28$- **B.** - $H_0: p < 0.28$ - $H_a: p > 0.28$- **C.** - $H_0: p \leq 0.28$ - $H_a: p > 0.28$- **D.** - $H_0: p \neq 0.28$ - $H_a: p > 0.28$- **E.** - $H_0: p > 0.28$ - $H_a: p \leq 0.28$- **F.** - $H_0: p \geq 0.28$ - $H_a: p > 0.28$- **G.** - $H_0: p > 0.28$ - $H_a: p > 0.28$- **H.** - $H_0: p > 0.28$ - \(H_a: p

Answered: Use the given statement to represent a…

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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