The science of collecting, analyzing, interpreting, and drawing conclusions from data.

(B.) Let C denote that the customer had at least one order. (round to the nearest four decimal places 0.0000) 

Please use the data below to answer the following three calculation problems. Please show your work to receive full credit. The data from 200 machined parts are summarized as follows: Depth of Bore Edge Condition Above Target Below Target Coarse 15 10 Moderate 24 21 Smooth 48 82

(A.) What is the probability that a part selected has a moderate edge condition and a below-target bore depth? (round to the nearest four decimal places 0.0000)

For the following two questions, draw the requested figures on your scratchwork to be submitted in the Canvas files assignment. Please clearly label the questions being answered. 

(A.) What is the probability that a part selected has a moderate edge condition and a below-target bore depth? (round to the nearest four decimal places 0.0000)

Any subset of the elements of a population.

Please use the data below to answer the following two calculation problems. Please show your work to receive full credit. Customers who are registered on a corporate Web site are summarized by the type of shipping contract they use and the number of orders in the previous month. The number of customers in each category are shown in the following table. Customers are to be selected randomly. (Hint: Convert the table below to probabilities first)

(A.) What is the conditional probability that the customer had one order last month given that the customer uses express shipping? (round to the nearest four decimal places 0.0000) 

(C.) What is the probability that a part selected does not have a moderate edge condition or does not have a below-target bore depth? (round to the nearest four decimal places 0.0000)