It is thought that the front cover and the nature of the first question on mail surveys influence the response rate. An article testedthis theory by experimenting with different cover designs. One cover was plain; the other used a picture of a skydiver. Theresearchers speculated that the return rate would be lower for the plain cover.Number Sent Number Returned207216Does this data support the researchers' hypothesis? Test the relevant hypotheses using a = 0.10 by first calculating a P-value.O Ho: P₁Ha: P₁O Ho: P₁Ha: P₁State the relevant hypotheses. (Use P₁ for the plain cover and p₂ for the skydiver cover.)O Ho: P₁Ha: P₁Ho: P₁Ha: P₁CoverPlainSkydiverZ =P-value =USE SALT-P₂ = 0P₂ ≤ 0P₂ = 0P₂ #0104109P₂ = 0P₂ > 0P₂ = 0P₂ <0Compute the test statistic value and find the P-value. (Round your test statistic to two decimal places and your P-value to fourdecimal places.)State the conclusion in the problem context.O Fail to reject Ho. The data suggests that the front cover and nature of the first question on mail surveys does influence theresponse rate.Reject Ho. The data suggests that the front cover and nature of the first question on mail surveys does influence theresponse rate.Reject Ho. The data does not suggest that the front cover and nature of the first question on mail surveys influence theresponse rate.O Fail to reject Ho. The data does not suggest that the front cover and nature of the first question on mail surveys influencethe response rate.You may need to use the appropriate table in the Appendix of Tables to answer this question.

Given the data:The favorable cases [x1] = 104The sample size [n1] = 207The favorable cases [x2] = 109The sample size [n2] = 216P-value:NORM.S. DIST [-0.05, true]0.4801P>0.10Final answer Test statistics [z] = -0.05P-value = 0.4801P>0.10Fail to reject H0,Option D.