Please provide calculations.

Ho: p = 2/3

Ha: p 2/3

SD(p-hat) = 0.033 (not experimental)

Obtained experimental data:

n = 200

Games switched and won = 129

Experimental probability to win = 64.5%

Switching Doors Strategy Hypothesis Test. Okay now we are ready to conduct a hypothesis test. Show all work. Notation counts!! Correct syntax also counts (syntax refers to the format in which you write, that is, it must make sense. To help you in determining the p-value, draw a graph showing the null hypothesis value, p-hat, and the area corresponding to the p-value, on your own piece of paper. No need to include here. Refer to your null and alternative hypothesis.

Effect size:

Test statistic:

Show required work with proper notation (i.e. Use function notation correctly. Proper use of equal signs a must. No arrows.) to arrive at the p-value.

So what is your conclusion from the Switching Doors Strategy? Did you find evidence to say your original guess is not correct? Explain. Is your result significant at the 5% significance level?