Data table Full Data Set o League National Salary League American Salary 500 100 American 60 National 920 National 670 National 117.5 American 215 National 75 American 510 National 833.3 American 480...


Data table<br>Full Data Set o<br>League<br>National<br>Salary<br>League<br>American<br>Salary<br>500<br>100<br>American<br>60<br>National<br>920<br>National<br>670<br>National<br>117.5<br>American<br>215<br>National<br>75<br>American<br>510<br>National<br>833.3<br>American<br>480<br>National<br>250<br>American<br>950<br>National<br>110<br>National<br>320<br>American<br>1000<br>National<br>225<br>National<br>300<br>American<br>365<br>National<br>550<br>National<br>1260<br>National<br>970<br>National<br>640<br>American<br>540<br>National<br>321.7<br>American<br>460<br>American<br>560<br>National<br>350<br>American<br>290<br>American<br>1000<br>National<br>751.3<br>American<br>810<br>National<br>60<br>.....<br>....i<br>

Extracted text: Data table Full Data Set o League National Salary League American Salary 500 100 American 60 National 920 National 670 National 117.5 American 215 National 75 American 510 National 833.3 American 480 National 250 American 950 National 110 National 320 American 1000 National 225 National 300 American 365 National 550 National 1260 National 970 National 640 American 540 National 321.7 American 460 American 560 National 350 American 290 American 1000 National 751.3 American 810 National 60 ..... ....i
A random sample of 33 professional baseball salaries from 1985 through 2015 was selected. The league of the player (American or National) was also recorded. Salary (in thousands of dollars) and league are shown in the<br>accompanying table. Test the hypothesis that there is a difference in the mean salary of players in each league. Assume the distributions are Normal enough to use the t-test. Use a significance level of 0.05.<br>Click the icon to view the data table.<br>--..-<br>Determine the hypotheses for this test. Let u, be the population mean salary of players in the American League and let pn be the population mean salary of players in the National League. Choose the correct answer below.<br>O B. Ho: Ha = Hn<br>O C. Ho: Ha = Hn<br>Ha: Ha > Hn<br>A. Ho: Ha = Hn.<br>Ha: Ha + Hn<br>Ha: Ha <Hn<br>O D. Ho: Ha #Hn<br>O E. Ho: Ha < Hn<br>O F. Ho: Ha > Hn<br>Ha: Ha = Hn<br>Ha: Ha = Hn<br>Ha: Ha = Hn<br>Find the test statistic for this test.<br>t=<br>(Round to two decimal places as needed.)<br>

Extracted text: A random sample of 33 professional baseball salaries from 1985 through 2015 was selected. The league of the player (American or National) was also recorded. Salary (in thousands of dollars) and league are shown in the accompanying table. Test the hypothesis that there is a difference in the mean salary of players in each league. Assume the distributions are Normal enough to use the t-test. Use a significance level of 0.05. Click the icon to view the data table. --..- Determine the hypotheses for this test. Let u, be the population mean salary of players in the American League and let pn be the population mean salary of players in the National League. Choose the correct answer below. O B. Ho: Ha = Hn O C. Ho: Ha = Hn Ha: Ha > Hn A. Ho: Ha = Hn. Ha: Ha + Hn Ha: Ha < hn="" o="" f.="" ho:="" ha=""> Hn Ha: Ha = Hn Ha: Ha = Hn Ha: Ha = Hn Find the test statistic for this test. t= (Round to two decimal places as needed.)
Jun 11, 2022
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