Before the start of the Winter Olympics, it was expected that the percentages of medals awarded to the top contenders to be as follows.
Midway through the Olympics, of the 120 medals awarded, the following distribution was observed.
We want to test to see if there is a significant difference between the expected and actual awards given.
a.Compute the test statistic.
b.Using the p-value approach, test to see if there is a significant difference between the expected and the actual values. Let $\alpha$ = .05.
c.At 95% confidence, test for a significant difference using the critical value approach.

Question

Before the start of the Winter Olympics, it was expected that the percentages of medals awarded to the top contenders to be as follows.
  Midway through the Olympics, of the 120 medals awarded, the following distribution was observed.  
We want to test to see if there is a significant difference between the expected and actual awards given. 
a.Compute the test statistic.
b.Using the p-value approach, test to see if there is a significant difference between the expected and the actual values. Let $\alpha$ = .05.
c.At 95% confidence, test for a significant difference using the critical value approach.

Quizplus · Accepted Answer

The Answer of Before the start of the Winter Olympics, it was expected that the percentages of medals awarded to the top contenders to be as follows.
  Midway through the Olympics, of the 120 medals awarded, the following distribution was observed.  
We want to test to see if there is a significant difference between the expected and actual awards given. 
a.Compute the test statistic.
b.Using the p-value approach, test to see if there is a significant difference between the expected and the actual values. Let $\alpha$ = .05.
c.At 95% confidence, test for a significant difference using the critical value approach.

Before the Start of the Winter Olympics, It Was Expected α\alphaα

Before the Start of the Winter Olympics, It Was Expected $\alpha$