Fill in the blanks: To assess the accuracy of a laboratory scale, a standard weight that...

 

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Fill in the blanks: To assess the accuracy of a laboratory scale, a standard weight that is known to weigh 1 gram is repeatedly weighed 4 times. The resulting measurements (in grams) are: 0.95, 1.02, 1.01, and 0.98. Assume that the weighing by the scale when the true weight is 1 gram are normally distributed with mean u. Use these data to compute a 95% confidence interval for u. (2decimal places) E = lower limit = upper limit = Fill in the blanks: To assess the accuracy of a laboratory scale, a standard weight that is known to weigh 1 gram is repeatedly weighed 4 times. The resulting measurements (in grams) are: 0.95, 1.02, 1.01, and 0.98. Assume that the weighing by the scale when the true weight is 1 gram are normally distributed with mean u. Use these data to compute a 95% confidence interval for u. (2decimal places) E = lower limit = upper limit =