Matt thinks that he has a special relationship with the number 4. In particular, Matt thinks that he would roll a 4 with a fair 6-sided die more often than you'd expect by chance alone. Suppose pp is the true proportion of the time Matt will roll a 4. Required:
a. State the null and alternative hypotheses for testing Matt's claim.
b. Now suppose Matt makes n = 46 rolls, and a 2 comes up 10 times out of the 46 rolls. Determine the P-value of the test.

I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️I MISS THE RAGE⁉️

Step-by-step explanation:

Matt thinks that he has a special relationship with the number 2. In particular, Matt thinks that he would roll a 2 with a fair 6-sided die more often than you'd expect by chance alone. Suppose p is the true proportion of the time Matt will roll a 2.

(a) State the null and alternative hypotheses for testing Matt's claim. (Type the symbol "p" for the population proportion, whichever symbols you need of "<", ">", "=", "not =" and express any values as a fraction e.g. p = 1/3)

H0 =  

Ha =

(b) Now suppose Matt makes n = 46 rolls, and a 2 comes up 10 times out of the 46 rolls. Determine the P-value of the test:

P-value = ( u figure it out) u got it

trapezoid

step-by-step explanation:

first i plotted all my points on a grid graph

i made sure all of them were in the correct quadrant

then i saw it was a trapezoid or a quadrilateral