Question 34 1 pts a USE FOR #34 - 36: Athabasca Fishing Lodge is located on Lake Athabasca in northern Canada. In one of

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Question 34 1 Pts A Use For 34 36 Athabasca Fishing Lodge Is Located On Lake Athabasca In Northern Canada In One Of 1 (38.32 KiB) Viewed 20 times

Question 34 1 Pts A Use For 34 36 Athabasca Fishing Lodge Is Located On Lake Athabasca In Northern Canada In One Of 2 (34.36 KiB) Viewed 20 times

Question 34 1 Pts A Use For 34 36 Athabasca Fishing Lodge Is Located On Lake Athabasca In Northern Canada In One Of 3 (51.28 KiB) Viewed 20 times

Question 34 1 pts a USE FOR #34 - 36: Athabasca Fishing Lodge is located on Lake Athabasca in northern Canada. In one of its recent brochures, the lodge advertises that 75% of its guests catch northern pike over 20 pounds. Suppose that last summer 64 out of a random sample of 83 guests did, in fact, catch northern pike weighing over 20 pounds. Does this indicake that the population proportion of guests who catch pike over 20 pounds is different from 75% (either higher or lower)? Use a 5% level of significance. Make sure you define the level of significance; state the null and alternative hypothesis. What is the value of the test statistic? You will need this value for #35. 0.44 -0.44 -1.54 1.54

D Question 35 1 pts USE FOR #34 - 36: Athabasca Fishing Lodge is located on Lake Athabasca in northern Canada. In one of its recent brochures, the lodge advertises that 75% of its guests catch northern pike over 20 pounds. Suppose that last summer 64 out of a random sample of 83 guests did, in fact, catch northern pike weighing over 20 pounds. Does this indicate that the population proportion of guests who catch pike over 20 pounds is different from 75% (either higher or lower)? Use a 5% level of significance. Make sure you define the level of significance; state the null and alternative hypothesis. Find the P-value. You will need this value for #36. 0.6600 0.3300 0.1236 0.9382

Question 36 1 pts USE FOR #34 - 36: Athabasca Fishing Lodge is located on Lake Athabasca in northern Canada. In one of its recent brochures, the lodge advertises that 75% of its guests catch northern pike over 20 pounds. Suppose that last summer 64 out of a random sample of 83 guests did, in fact, catch northern pike weighing over 20 pounds. Does this indicate that the population proportion of guests who catch pike over 20 pounds is different from 75% (either higher or lower)? Use a 5% level of significance. Make sure you define the level of significance; state the null and alternative hypothesis. Will you reject or fail to reject the null hypothesis? Reject the null hypothesis, at the 5% level of significance, there is insufficient evidence to indicate that the population proportion of guests who catch pike of 20 pounds is different from 75%. Reject the null hypothesis, at the 5% level of significance, there is sufficient evidence to indicate that the population proportion of guests tend to catch pike of 20 pounds more than 75% of the time. Fail to reject the null hypothesis, at the 5% level of significance, there is insufficient evidence to indicate that the population proportion of guests who catch pike of 20 pounds is different from 75%. Fail to reject the null hypothesis: at the 5% level of significance, they always catch pike of 20 pounds.