QUESTION 7 What practical conclusion can we make about the claim? QUESTION 8 Fill in the blanks. Determine the point est

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Question 7 What Practical Conclusion Can We Make About The Claim Question 8 Fill In The Blanks Determine The Point Est 1 (40.42 KiB) Viewed 52 times

Question 7 What Practical Conclusion Can We Make About The Claim Question 8 Fill In The Blanks Determine The Point Est 2 (40.33 KiB) Viewed 52 times

1. What practica conclusion can we make about the claim.
2. Fill im the blanks, write in simplest fraction.
a) Determine the point estimator of Medication A as a reduce faction
b) Determine the point estimator of Medication B as a reduce fraction
3. Now we are going to keep the point estimate the same but change the sample size.
a)What would be your p-value if the sample size sets double(Sample for Medicine A was 40 out 400 people, Sample for Medicine B was 24 out of 360 people) Round to 3 decimals places
a) p-value=
What would be your p-value if the sample size for both sets tripled( Sample for Medicine A was 60 out of 600 people, Sample for Medicine B was 36 out of 540 people) Round 3 decimals places
b) p-value=
c) What would be your p-value if the sample size for both sets quadrupled ( Sample for Medicine A was 80 out of 800 people, Sample for Medicine B was 48 out of 720 people) Round to 3 decimal places
c) p-value=
4) Graph the p-value as a bar graph with respect to where the sample size is single, double, triple, or quadruple its size. Use the following graph as a template.
5) Describe the trends with the above graph

Question 7 What Practical Conclusion Can We Make About The Claim Question 8 Fill In The Blanks Determine The Point Est 3 (40.33 KiB) Viewed 52 times

QUESTION 7 What practical conclusion can we make about the claim? QUESTION 8 Fill in the blanks. Determine the point estimator of Medication A as a reduced faction: Determine the point estimator of Medication B as a reduced faction: Write in simplest fraction. QUESTION 9 Fill in the blanks Now we are going to keep the point estimate the same but change the sample san What would be your p-value if the sample size for both sels doubled (Sample for Medicine A was 40 out of 400 people Sample for Medicine was 24 out of 360 people? (Round to 3 decimal places) sample sine for both sets tripled (Sample for Medicine A was 60 out of 600 people Sample for Medicine was 36 out of 540 people? (Round to 3 decimal places) What would be your p-value t What would be your p-value if the sample size for both sets quadrupled (ample for Medicine A was 80 out of 600 people Sample for Medicine was 48 out of 720 l people)? P-value (Round to 3 decimal places) QUESTION 10 Now graph the p-value as a bar graph with respect to where the sample s work on a paper, take a picture of your work, a Attach Fle QUESTION 11 Describe the bends with the above graph Con C template Please
QUESTION 7 What practical conclusion can we make about the claim? QUESTION 8 Fill in the blanks. Determine the point estimator of Medication A as a reduced faction: Determine the point estimator of Medication B as a reduced faction: Write in simplest fraction. QUESTION Fill in the blanks Now we are going to keep the point estimate the same but change the sample slas What would be your p-value if the sample size for both sels doubled (Sample for Medicine A was 40 out of 400 people Sample for Medicine was 24 out of 360 What would be your (Round to 3 decimal places) sample size for both sets tripled (Sample for Medicine A was 60 out of 600 people Sample for Medicine was 36 out of 540 ? (Round to 3 decimal places) What would be your p-value if the sample size for both sets quadrupled (ample for Medicine A was 80 out of 800 people Sample for Medicine was 48 out of 720 l people)? P-value QUESTION 10 Now graph the p-value as a bar graph with respect to where the sample size is single double pe work on a paper, take a picture of your work, and i Attache QUESTION 11 Describe the ends with the above graph wing graph as a template Please