Suppose you intend to conduct a hypothesis test on the difference in population means. In preparation, you call the sample of couples with children sample 1 and the sample of childless couples sample 2. Organize the provided data by matching the information: N1= Population mean 1= Mean 1= N2= Mean 2= Population mean 2= Population standard deviation 1= Population standard deviation 2= Sample standard deviation 1= Sample standard deviation 2=

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A counseling psychologist sets out to look at the role of having children in relationship longevity. She
decides to measure marital satisfaction in a group of couples with children and a group of childless couples.
She chooses the Marital Satisfaction Inventory, because it refers to "partner" and "relationship" rather than
"spouse" and "marriage," which makes it useful for research with both traditional and nontraditional
couples.
Higher scores on the Marital Satisfaction Inventory indicate greater satisfaction. Assume that these scores
are normally distributed.
A sample of 39 couples with children scored an average of 51.1 with a sample standard deviation of 9.2 on
the Marital Satisfaction Inventory. A sample of 31 childless couples scored an average of 45.2 with a sample
standard deviation of 12.1.
Suppose you intend to conduct a hypothesis test on the difference in population means. In preparation, you
call the sample of couples with children sample 1 and the sample of childless couples sample 2. Organize
the provided data by matching the information:
N1=
Population mean 1=
Mean 1=
N2=
Mean 2=
Population mean 2=
Population standard deviation 1=
Population standard deviation 2=
Sample standard deviation 1=
Sample standard deviation 2=
Transcribed Image Text:A counseling psychologist sets out to look at the role of having children in relationship longevity. She decides to measure marital satisfaction in a group of couples with children and a group of childless couples. She chooses the Marital Satisfaction Inventory, because it refers to "partner" and "relationship" rather than "spouse" and "marriage," which makes it useful for research with both traditional and nontraditional couples. Higher scores on the Marital Satisfaction Inventory indicate greater satisfaction. Assume that these scores are normally distributed. A sample of 39 couples with children scored an average of 51.1 with a sample standard deviation of 9.2 on the Marital Satisfaction Inventory. A sample of 31 childless couples scored an average of 45.2 with a sample standard deviation of 12.1. Suppose you intend to conduct a hypothesis test on the difference in population means. In preparation, you call the sample of couples with children sample 1 and the sample of childless couples sample 2. Organize the provided data by matching the information: N1= Population mean 1= Mean 1= N2= Mean 2= Population mean 2= Population standard deviation 1= Population standard deviation 2= Sample standard deviation 1= Sample standard deviation 2=
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