Question: Determine the error (a = 0.05) for the following situations. In each case assume that the variance for a single determination is 0.0025 and that

Determine the error (a = 0.05) for the following
Determine the error (a = 0.05) for the following situations. In each case assume that the variance for a single determination is 0.0025 and that the variance for collecting a single sample is 0.050. (a) Ten samples are collected, each analyzed once. (b) One sample is collected and analyzed ten times. (c) Two samples are collected, each analyzed five times. Which of the sampling schemes above is best if you wish to limit the overall error to less than 0.30, the cost to collect a single sample is $2, and the cost to analyze a single sample is $8? Which is the best sampling scheme if the cost to collect a single sample is $6 and the cost to analyze a single sample is $4? Determine the error (a = 0.05) for the following situations. In each case assume that the variance for a single determination is 0.0025 and that the variance for collecting a single sample is 0.050. (a) Ten samples are collected, each analyzed once. (b) One sample is collected and analyzed ten times. (c) Two samples are collected, each analyzed five times. Which of the sampling schemes above is best if you wish to limit the overall error to less than 0.30, the cost to collect a single sample is $2, and the cost to analyze a single sample is $8? Which is the best sampling scheme if the cost to collect a single sample is $6 and the cost to analyze a single sample is $4

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