Boursaw Corporation has provided the following data concerning last month’s operations. Purchases of raw materials$ 33,000Indirect materials included in manufacturing overhead$ 4,000Direct labor cost$ 58,000Manufacturing overhead applied to Work in Process$ 78,000Underapplied overhead$ 5,000 BeginningEndingRaw materials inventory$ 10,000$ 15,000Work in process inventory$ 56,000$ 72,000Finished goods inventory$ 41,000$ 49,000 Any underapplied or overapplied manufacturing overhead is closed out to cost of goods sold.How much is the adjusted cost of goods sold on the Schedule of Cost of Goods Sold?

The minimum number of bins needed in order to do a Chi-Square Goodness of Fit test is _____.  Enter an integer as your answer.  This copywritten question is part of a quiz or exam at Arizona State University. It may not be reproduced or posted without permission from Dr. L. Chattin and Arizona State University.

f(x) = x/8 for 0 < x < 4 This copywritten question is part of a quiz or exam at Arizona State University.  It may not be posted or reproduced without permission from Dr. L. Chattin and Arizona State University.   If Y = X/2, then F(y) =   for 0 < y < 2 f(y) =   for 0 < y < 2    

The number of orders per week for a certain item is thought to have the Poisson pmf.  A sample of 100 weeks of orders are reviewed, and the observed values were: 22 weeks in which there were 0 orders 38 weeks in which there was 1 order 31 weeks in which there were 2 orders 9 weeks in which there were 3 orders This copywritten question is part of a quiz or exam at Arizona State University. It may not be reproduced or posted without permission from Dr. L. Chattin and Arizona State University.  A Chi-Square Goodness of Fit test will be used to determine if the sample data are from the Poisson pmf.   

Determine the value of k that makes fXY(x,y) a joint probability density function: fXY(x,y) = kxy  for 0 < x < 3 and 0 < y < 3.  This copywritten question is part of a quiz or exam at Arizona State University. It may not be posted to any website, such as Chegg.com, or reproduced without permission from the author, Dr. L. Chattin, and Arizona State University.  Express your answer to four decimal places using conventional rounding methods.

Suppose that X has the Discrete Uniform distribution with x = 0, 1, 2, 3, 4, 5.    This copywritten question is part of an exam or quiz at Arizona State University.  It may not be posted or reproduced without the permission of Dr. L. Chattin and Arizona State University.  Recall that, when X ~ Discrete Uniform,

X and Y are independent random variables with the following joint probability distribution:    for 1 < x < 6, 2 < y < 4        This copywritten question is part of an exam or quiz at Arizona State University and may not be posted to Chegg.com or any other online site.   Determine

Random variable X has the discrete uniform pmf for x = 0, 1, 2 and random variable Y has the discrete uniform pmf for y = 1, 2, 3, 4.  X and Y are independent.  This copywritten question is part of a quiz or exam at Arizona State University. It may not be posted to Chegg or any other website or reproduced without permission from the author, Dr. L. Chattin, and Arizona State University.  Determine pX(|y = ) to four decimal places. 

A transmitted bit can have high, moderate, or low distortion with probabilities 0.03, 0.12, and 0.85, respectively.  Three bits are transmitted and the amount of distortion in each is independent.  Let X be the number of bits with high distortion and Y be the number of bits with moderate distortion. This copywritten question is part of a quiz or exam at Arizona State University. It may not be posted to Chegg or any other website or reproduced without permission from the author, Dr. L. Chattin, and Arizona State University.  P(X = 2| Y = 2) = _____________.

Recall that pX|Y(x|y) is the same as saying P(X = x|Y = y) and recall that px(x) is the same as saying P(X = x). When random variables X and Y are independent, pX|y(x|y) = pX(x). This copywritten question is part of a quiz or exam at Arizona State University. It may not be posted to Chegg or any other website or reproduced without permission from the author, Dr. L. Chattin, and Arizona State University.