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When Two Independent Random Samples of Sizes and

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When two independent random samples of sizes When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . and When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . have been selected from populations with means When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . and When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . and variances When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . and When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . , the standard error of the sampling distribution of When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely, When two independent random samples of sizes   and   have been selected from populations with means   and   and variances   and   , the standard error of the sampling distribution of   the difference between the two sample means, is found by taking the square root of the sum of the two population variances; namely,   . .

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Definitions:

Averages

A mathematical concept denoting the central or typical value in a set of data, calculated in various ways such as mean, median, and mode.

Acceptance Sampling

A method of measuring random samples of lots or batches of products against predetermined standards.

Assignable Variation

Variation in a production process that can be traced to specific causes.

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