A consulting agency was asked by a large insurance company to investigate if business majors were better salespersons than those with other majors. A sample of 20 salespersons with a business degree showed that they sold an average of 11 insurance policies perweek. Another sample of 25 salespersons with a degree other than business showed that they sold an average of 9 insurance policies per week. Assume that the two populations are approximately normally distributed with population standard deviations of 1.80 and 1.35policies per week, respectively.Using a 1% significance level, can you conclude that persons with a business degree are better salespersons than those who have a degree in another area?Write the null hypothesis and the alternative hypothesis.O Ho: H1 - H2 = 0Hạ: H1 - H2 s 0O Ho: 41 - 42 = 0Hạ: H1 - H2< 0O Họ: H1 - H2 = 0Hạ: H1 - H2 # 0O Họ: H1 - 42 = 0Hạ: H1 - H2 > 0O Ho: H1 - H2 = 0Hạ: H1 - H2 2 0calculate the Test statistics ( round your answer to two decimal places )=Find the p-value ( round your answer to three decimal places )=State your conclusionO Fail to reject Ho. The data suggests that persons with a business degree are better salespersons than those who have a degree in another areaO Fail to reject Ho. The data suggests that persons with a business degree are better salespersons than those who have a degree in another areaO Reject Ho. The data suggests that the persons with a business degree are better salespersons than those who have a degree in another areaO Reject Ho. The data suggests that persons with a business degree are better salespersons than those who have a degree in another area

Null hypothesis: μ1-μ2=0Alternative hypothesis: HA : μ1-μ2>0 This hypotheses constitute a…

A consulting agency was asked by a large insurance company to investigate if business majors were better salespersons than those with other majors. A sample of 20 salespersons with a business degree showed that they sold an average of 11 insurance policies per week. Another sample of 25 salespersons with a degree other than business showed that they sold an average of 9 insurance policies per week. Assume that the two populations are approximately normally distributed with population standard deviations of 1.80 and 1.3: policies per week, respectively. Using a 1% significance level, can you conclude that persons with a business degree are better salespersons than those who have a degree in another area? Write the null hypothesis and the alternative hypothesis. O Họi H1 - H2 "0 Hại H - H2 s 0 O Ho: Ha - H2 =0 Hại Hy - H2< 0 O Họ: H4 - H2 = 0 Hạ: H1 - H2 =0 O Họ: H - H2 = 0 Hại Hạ - H2 >0 O Họ: H1 - H2 = o Hạ: H1 - H2 20 calculate the Test statistics ( round your answer to two decimal places )= Find the p-value ( round your answer to three decimal places )= State your conclusion O Fail to reject Ho. The data suggests that persons with a business degree are better salespersons than those who have a degree in another area O Fail to reject Ho. The data suggests that persons with a business degree are better salespersons than those who have a degree in another area O Reject Ho.The data suggests that the persons with a business degree are better salespersons than those who have a degree in another area O Reject Ho. The data suggests that persons with a business degree are better salespersons than those who have a degree in another area

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.4: Distributions Of Data

Problem 19PFA