Question: Q2) The experiment is to test integrated circuits and after each test observe whether The circuit is accepted (a) or rejected (r). Consider we perform

Q2) The experiment is to test integrated circuits
Q2) The experiment is to test integrated circuits and after each test observe whether The circuit is accepted (a) or rejected (r). Consider we perform 4 tests, and the random variable X is the number of Rejected circuits a) The net revenue R obtained for a batch of 4 IC is $6 for each circuit accepted and minus $8 for each rejected .find the range of R-g(x). b)Let the random variable Y equal the number of tests up to and including the first test that discovers a reject What is Pv (y). Calculate Py(y7). c) Assume we seek two defective circuits, and the random variable K is the number of tests necessary to find the two circuits What is P (k=8). Sketch the PMF Q2) The experiment is to test integrated circuits and after each test observe whether The circuit is accepted (a) or rejected (r). Consider we perform 4 tests, and the random variable X is the number of Rejected circuits a) The net revenue R obtained for a batch of 4 IC is $6 for each circuit accepted and minus $8 for each rejected .find the range of R-g(x). b)Let the random variable Y equal the number of tests up to and including the first test that discovers a reject What is Pv (y). Calculate Py(y7). c) Assume we seek two defective circuits, and the random variable K is the number of tests necessary to find the two circuits What is P (k=8). Sketch the PMF

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