To see what might be happoning when we regroup data, consider an experiment that takes 12 subjects and divides them into 2 groups at random. Thecontrol group contains 6 subjects and the treatment...


T-Mobile Wi-Fi ?<br>I 9:41 PM<br>• 27% O<br>Done<br>1 of 4<br>a FJJ<br>F FI O F e<br>i student.cesmos.cumvactivityouildarjstudant6o8abcza0626440cbddeet97scroonid-tabac431-0181-4443-29-a50o107esica<br>a<br>GGG Ne<br>Update<br>I Aaos a CnCourse Cormec<br>Cwa Destiny sha.<br>O Emainyment Center Lagin Sesskn onation<br>S (maieyment Center<br>b Saling Asae late.<br>Sgnin P vie Pertt Fra.<br>O Nursire: Tradlie.<br>Nursing: Tradtin.<br>= Unit 4, Lesson 14: Using Normal Distributions for Exper..<br>Dasiny Ctcesbu<br>3 pf 14<br>Next ><br>To see what might be happoning when we regroup data, consider an experiment that takes 12 subjects and divides them into 2 groups at random. The<br>control group contains 6 subjects and the treatment group contains 6 subjects. To explore what's possible, assume the control group resuits in the data: 1,<br>3, 4, 6, 8, and 10. The treatment group results in the data: 2, 5, 7, 9, 11, and 12,<br>Find the difference in means for the original groups by subtracting the control group mean from the treatrment group mean.<br>With a smaller data set like this, we can actually consider<br>all of the different arrangements of the data. There are<br>924 distinct ways to separate the 12 values into 2 groups<br>of 6. The frequency table shows all the possible<br>differences in means and how often they occur. Notice<br>that a difference in means of 4.33 occurs 7 times and a<br>difference of -4.33 also occurs 7 times. The dot plot<br>shows the same information.<br>-5 4 3 -2 1 0 1 2 3 4 56<br>What proportion of possible groupings have a difference<br>at least as great as the difforence in means for the original<br>groups? Explain or show your reasoning.<br>difference in means<br>Difference in means<br>Frequency<br>+5.67<br>t6.33<br>= 5<br>Share with Class<br>esc<br>&<br>4.<br>7.<br>8.<br>delete<br>Q<br>R<br>Y<br>U<br>P<br>A<br>S<br>D F<br>G<br>H<br>K L<br>ret<br>C<br>V B<br>option<br>command<br>command<br>option<br>!!<br>

Extracted text: T-Mobile Wi-Fi ? I 9:41 PM • 27% O Done 1 of 4 a FJJ F FI O F e i student.cesmos.cumvactivityouildarjstudant6o8abcza0626440cbddeet97scroonid-tabac431-0181-4443-29-a50o107esica a GGG Ne Update I Aaos a CnCourse Cormec Cwa Destiny sha. O Emainyment Center Lagin Sesskn onation S (maieyment Center b Saling Asae late. Sgnin P vie Pertt Fra. O Nursire: Tradlie. Nursing: Tradtin. = Unit 4, Lesson 14: Using Normal Distributions for Exper.. Dasiny Ctcesbu 3 pf 14 Next > To see what might be happoning when we regroup data, consider an experiment that takes 12 subjects and divides them into 2 groups at random. The control group contains 6 subjects and the treatment group contains 6 subjects. To explore what's possible, assume the control group resuits in the data: 1, 3, 4, 6, 8, and 10. The treatment group results in the data: 2, 5, 7, 9, 11, and 12, Find the difference in means for the original groups by subtracting the control group mean from the treatrment group mean. With a smaller data set like this, we can actually consider all of the different arrangements of the data. There are 924 distinct ways to separate the 12 values into 2 groups of 6. The frequency table shows all the possible differences in means and how often they occur. Notice that a difference in means of 4.33 occurs 7 times and a difference of -4.33 also occurs 7 times. The dot plot shows the same information. -5 4 3 -2 1 0 1 2 3 4 56 What proportion of possible groupings have a difference at least as great as the difforence in means for the original groups? Explain or show your reasoning. difference in means Difference in means Frequency +5.67 t6.33 = 5 Share with Class esc & 4. 7. 8. delete Q R Y U P A S D F G H K L ret C V B option command command option !!
Jun 11, 2022
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