replied and were informed that one group would everly distributed bEtwEEN tNe two groups, So any receive the new cream and the other would receive a observed differences in the level of irritation...


replied and were informed that one group would<br>everly distributed bEtwEEN tNe two groups, So any<br>receive the new cream and the other would receive a<br>observed differences in the level of irritation<br>between the two groups would not be due to the<br>cream with no active ingredient. All 100 subjects were<br>exposed to poison ivy. Fifty were then randomly<br>assigned to the group with the new cream, and 50<br>were randomly assigned to the group with the cream<br>with no active ingredient. After three days, the<br>subjects' level of irritation was measured.<br>new cream.<br>O The variability between each subject would be<br>evenly distributed between the two groups, so any<br>obseſd differences in the level of irritation<br>between the two groups are more likely due to the<br>new cream.<br>O The variability between each type of cream would<br>be evenly distributed between the two groups, so<br>any observed differences in the level of irritation<br>between the two groups are guaranteed to be due<br>to the subjects.<br>O The variability between each subject may not be<br>evenly distributed between the two groups, so any<br>observed differences in the level of irritation<br>between the two groups may or may not be due to.<br>the new cream.<br>

Extracted text: replied and were informed that one group would everly distributed bEtwEEN tNe two groups, So any receive the new cream and the other would receive a observed differences in the level of irritation between the two groups would not be due to the cream with no active ingredient. All 100 subjects were exposed to poison ivy. Fifty were then randomly assigned to the group with the new cream, and 50 were randomly assigned to the group with the cream with no active ingredient. After three days, the subjects' level of irritation was measured. new cream. O The variability between each subject would be evenly distributed between the two groups, so any obseſd differences in the level of irritation between the two groups are more likely due to the new cream. O The variability between each type of cream would be evenly distributed between the two groups, so any observed differences in the level of irritation between the two groups are guaranteed to be due to the subjects. O The variability between each subject may not be evenly distributed between the two groups, so any observed differences in the level of irritation between the two groups may or may not be due to. the new cream.
A new cream was developed to reduce the irritation<br>caused by poison ivy. To test the effectiveness,<br>researchers placed an ad online asking for volunteers<br>to participate in the study. One hundred subjects<br>replied and were informed that one group would<br>Which of the following statements is true about the<br>benefits of random assignment?<br>O The variability between each subject may not be<br>evenly distributed between the two groups, so any<br>receive the new cream and the other would receive a<br>observed differences in the level of irritation<br>between the two groups would not be due to the<br>cream with no active ingredient. All 100 subjects were<br>exposed to poison ivy. Fifty were then randomly<br>assigned to the group with the new cream, and 50<br>were randomly assigned to the group with the cream<br>with no active ingredient. After three days, the<br>subjects' level of irritation was measured.<br>new cream.<br>O The variability between each subject would be<br>evenly distributed between the two groups, so any<br>observed differences in the level of irritation<br>between the two groups are more likely due to the<br>new cream.<br>O The variability between each type of cream would<br>be evenly distributed between the two groups, so<br>any observed differences in the level of irritation<br>between the two groups are guaranteed to be due<br>to the subjects.<br>O The variability between each subiect mav not be<br>

Extracted text: A new cream was developed to reduce the irritation caused by poison ivy. To test the effectiveness, researchers placed an ad online asking for volunteers to participate in the study. One hundred subjects replied and were informed that one group would Which of the following statements is true about the benefits of random assignment? O The variability between each subject may not be evenly distributed between the two groups, so any receive the new cream and the other would receive a observed differences in the level of irritation between the two groups would not be due to the cream with no active ingredient. All 100 subjects were exposed to poison ivy. Fifty were then randomly assigned to the group with the new cream, and 50 were randomly assigned to the group with the cream with no active ingredient. After three days, the subjects' level of irritation was measured. new cream. O The variability between each subject would be evenly distributed between the two groups, so any observed differences in the level of irritation between the two groups are more likely due to the new cream. O The variability between each type of cream would be evenly distributed between the two groups, so any observed differences in the level of irritation between the two groups are guaranteed to be due to the subjects. O The variability between each subiect mav not be
Jun 11, 2022
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