Paired means test vs two-sample means test

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SUMMARY

The discussion clarifies the differences between the paired means test and the two-sample means test in hypothesis testing. The paired means test is utilized when the two variables are dependent, while the two-sample means test is applied when the variables are independent. A key distinction highlighted is that the variance of the means differs due to the interdependence of the means in the paired t-test compared to the independent means in the two-sample t-test.

PREREQUISITES
  • Understanding of hypothesis testing concepts
  • Familiarity with paired t-test methodology
  • Knowledge of two-sample t-test principles
  • Basic statistical terminology, including variance and dependence
NEXT STEPS
  • Study the assumptions and applications of the paired t-test
  • Explore the conditions under which to use the two-sample t-test
  • Learn about the calculation of variance in both tests
  • Investigate the implications of dependent vs. independent samples in statistical analysis
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Statisticians, data analysts, and researchers involved in hypothesis testing and statistical analysis will benefit from this discussion.

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Paired means test vs two-sample means test [solved]

Hi. When it comes to hypothesis testing, what is the difference between the two-sample tests and the paired test?

I know one difference is that you use the latter when the two variables are dependent and the former when they're independent, but I don't know why.

So can somebody please clarify this?
 
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Oops, silly me. I forgot that the variance of the two means in the tests is different. The interdependence of the means in the paired t-test make the variance different from the independent means in the two-sample t-test.

OK I guess I answered my own question.
 
If there are an infinite number of natural numbers, and an infinite number of fractions in between any two natural numbers, and an infinite number of fractions in between any two of those fractions, and an infinite number of fractions in between any two of those fractions, and an infinite number of fractions in between any two of those fractions, and... then that must mean that there are not only infinite infinities, but an infinite number of those infinities. and an infinite number of those...

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