Hello and thank you for your willingness to help me.

I want not only the answers but to understand why the answer is what it is. Please, can you provide a technical/ traditional explanation as well as a simple easy-to-read/ easy-to-understand explanation?

Again, thank you. Your help really does help.

Assume that before each battle, Mew and MWstarted with the same number of HPs. a. State the null hypotheses for this test. b. State the alternative hypotheses for this test. c. What type of test will you use to test this hypothesis? d. Describe the Type I Error for this M explain its implication for you as you continue your quest. e. Describe the Type 11 Error for this M explain its implication for you as you continue your quest. f. What is the rejection region for this hypothesis test? g. Calculate the test statistic for this hypothesis test. What is your conclusion? h. If you reject the null hypothesis for this test, what is the probability that you have committed a Type I Error? (i.e., nd Mvalue for this test) 1. What action will you take as you continue your quest based on your conclusion j. Whichdo likebetter: MeworW 4. In your attempt to \"catch them all\" you hunt the prized Mm Mew and Magma. As you battle them with your top 25 BM you lose every battle. However, after each battle, you notice that the hit points (HP) of Mew and Mmhave been reduced. The remaining HPs of Mew and Ware shown below after battling your respective 3915mm (A higher HP remaining indicates more success in battle.) You suspect that Mmis the tougher opponent, and you want to test this hypothesis at the 95% level of condence