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View Policies Show Attempt History Current Attempt in Progress Your answer is incorrect. Using the Formula $n = \frac{1}{ME^2}$ to Determine Sample Size When we want 95% confidence and use the conservative estimate of $p = 0.5$, we can use the simple formula $n = \frac{1}{ME^2}$ to roughly determine the sample size needed for a given margin of error ME. Use this formula to determine the sample size needed for a margin of error of 0.005. Enter the exact answer. n =

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Your answer is incorrect.
Using the Formula $n = \frac{1}{ME^2}$ to Determine Sample Size
When we want 95% confidence and use the conservative estimate of $p = 0.5$, we can use the simple formula $n = \frac{1}{ME^2}$ to roughly
determine the sample size needed for a given margin of error ME. Use this formula to determine the sample size needed for a margin of
error of 0.005.
Enter the exact answer.
n =

$View Policies Show Attempt History Current Attempt in Progress Your answer is incorrect. Using the Formula n = (1)/(ME^2) to Determine Sample Size When we want 95% confidence and use the conservative estimate of $p = 0.5$, we can use the simple formula $n = \frac{1}{ME^2}$ to roughly determine the sample size needed for a given margin of error ME. Use this formula to determine the sample size needed for a margin of error of 0.005. Enter the exact answer. n =$

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