You have two large bins of several thousand plastic beads. Bin A is 60% red beads, Bin B is 54% red beads. Suppose you select a random sample of 80 beads from each bin and calculate PA the proportion...


You have two large bins of several thousand plastic beads. Bin A is 60% red beads, Bin B is 54% red<br>beads. Suppose you select a random sample of 80 beads from each bin and calculate PA the<br>proportion of red beads in the sample from Bin A and Pg the proportion of red beads in the sample<br>from Bin B.<br>(a) What is the mean and standard deviation of the sampling distribution of P-P<br>(b) Calculate the probability that your random sample from bin B has a higher proportion of red<br>beans than your random sample from bin A<br>(c) Should we be surprised if your random sample from bin B has a higher proportion of red<br>beans than your random sample from bin A?<br>

Extracted text: You have two large bins of several thousand plastic beads. Bin A is 60% red beads, Bin B is 54% red beads. Suppose you select a random sample of 80 beads from each bin and calculate PA the proportion of red beads in the sample from Bin A and Pg the proportion of red beads in the sample from Bin B. (a) What is the mean and standard deviation of the sampling distribution of P-P (b) Calculate the probability that your random sample from bin B has a higher proportion of red beans than your random sample from bin A (c) Should we be surprised if your random sample from bin B has a higher proportion of red beans than your random sample from bin A?

Jun 09, 2022
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