(NEED by 06/04/18 at 10:30pm PST)

DET2TL program

Using the DET2TL program, recommend the most profitable configuration of a two-machine deterministic processing time line. The machines are the same . Now, there is no target production rate. Instead, we want to maximize the profit rate.

The profit rate is defined as the rate of revenue minus the rate of costs. To simplify this greatly in this case, we will assume that the revenue per part is $10,000. Therefore, the rate of revenue is $10000P per minute, where P is the production rate in parts per minute. The only costs we consider is the inventory holding cost, which is $10 per part in the buffer per minute, or $. Therefore, we must chose the version of the first machine and the buffer size to

Part 1

Let's access line first. Only use integer N for input.

a) What is the optimal profit rate?

b) What is the optimal N?

Part 2

Let's access line first. Only use integer N for input.

a) What is the optimal profit rate?

b) What is the optimal ?

Part 3

a) What is the production rate of the optimal line?

DET2TL Program (External resource) lwo-machine Line The script below uses the values displayed for r1, p1, r2, p2, and N and calculate the rate that parts exit a two-machine, one buffer line (prodrate) and. The input and output values will be displayed in the "Output" section underneath. All parameters are initially set to zero. Replace the zeros with more appropriate values. Leave all other text as is To test your values, click "Run Script" When you think you have found the correct values for r1, p1, 12, p2, and N, click "Submit" Your Script Save EE MATLAB Documentation Reset 1 % Input parameters: 2 % Change the values for r1, p1, r2, p2, and N 3 % Click "Run Script" to calculate prodrate and nbar 4 r1 = 0.01 ; 6 r2 e.01; 8 N0.53; 10 % Calculate deterministic processing time 11 [prodrate,nbar] = det2(r1,p1 , r2,p2,N) 12 Run Script DET2TL Program (External resource) lwo-machine Line The script below uses the values displayed for r1, p1, r2, p2, and N and calculate the rate that parts exit a two-machine, one buffer line (prodrate) and. The input and output values will be displayed in the "Output" section underneath. All parameters are initially set to zero. Replace the zeros with more appropriate values. Leave all other text as is To test your values, click "Run Script" When you think you have found the correct values for r1, p1, 12, p2, and N, click "Submit" Your Script Save EE MATLAB Documentation Reset 1 % Input parameters: 2 % Change the values for r1, p1, r2, p2, and N 3 % Click "Run Script" to calculate prodrate and nbar 4 r1 = 0.01 ; 6 r2 e.01; 8 N0.53; 10 % Calculate deterministic processing time 11 [prodrate,nbar] = det2(r1,p1 , r2,p2,N) 12 Run Script