help please

Problem 4-75 and 4-76 (Algo) (LO 4-4, 5) [The following information applies to the questions displayed below. Clarke Corporation manufactures three products (X-1, X-2, and X-3) utilizing, in one of the processes, a single machine for all products. Data on the individual products follow. X-1 X-2 X-3 Price per unit Variable cost per unit Machine hours per unit Maximum units demand per period 144 488 244 S S 72 136 284 1.0 2.5 4.0 355,000 172,000 53,000 The single machine used for all three products has a maximum capacity of 718,000 hours per period. Problem 4-75 (Algo) Theory of Constraints (LO 4-4, 5) Required: a. How many units of each product should be produced each period? b. A local engineering firm has suggested to Clarke that it might be able to increase the capacity on the machine. What is the maximum Clarke would be willing to pay for an increase of twenty (20) machine hours? c. Suppose the maximum capacity on the machine was 399,000 hours (instead of 718,000 hours). What is the maximum Clarke would be willing to pay for an increase of twenty (20) machine hours? d. At what capacity (in machine hours) would the machine no longer be a bottleneck? Complete this question by entering your answers in the tabs below. Required A Required B Required C Required D How many units of each product should be produced each period? X-1 units X-2 units X-1 X-3 X-2 244 136 2.5 172,000 Price per unit Variable coat per unit Machine hours per unit Maximum units demand per period 488 144 284 72 4.0 1.0 355,000 53,000 The single machine used for all three products has a maximum capacity of 718,000 hours per period. Problem 4-75 (Algo) Theory of Constraints (LO 4-4, 5) Required: a. How many units of each product should be produced each period? b. A local engineering firm has suggested to Clarke that it might be able to increase the capacity on the machine. What is the maximum Clarke would be willing to pay for an increase of twenty (20) machine hours? . Suppose the maximum capacity on the machine was 399,000 hours (instead of 718.000 hours). What is the maximum Clarke be willing to pay for an increase of twenty (20) machine hours? d. At what capacity (in machine hours) would the machine no longer be a bottleneck? Complete this question by entering your answers in the tabs below. Required A Required B Required C Required D A local engineering firm has suggested to Clprke that it might be able to increase the capacity on the machine. What is the maximum Clarke would be willing to pay for an increase of twenty (20) machine hours? Maximum amount payable X-3 X-2 244 X-1 Price per unit Variable cOst per unit Machine hours per unit Maximum units demand per period 488 144 S 136 284 72 2.5 172,000 4.0 1.0 53,000 355,000 The single machine used for all three products has a maximum capacity of 718,000 hours per period. Problem 4-75 (Algo) Theory of Constraints (LO 4-4, 5) Required: a. How many units of each product should be produced each period? b. A local engineering firm has suggested to Clarke that it might be able to increase the capacity on the machine. What is the maximum Clarke would be willing to pay for an increase of twenty (20) machine hours? c. Suppose the maximum capacity on the machine was 399,000 hours (instead of 718,000 hours). What is the maximum Clarke wou be willing to pay for an Increase of twenty (20) machine hours? d. At what capacity (in machine hours) would the machine no longer be a bottleneck? Complete this question by entering your answers in the tabs below. Requires c Required B Required D Required A Suppose the maximum capacity on the machine was 399,000 hours (instead of 718,000 hours). What is the maximum Clarke would be willing to pay for an increase of twenty (20) machine hours? Maximum amount payable