/q points storage policy pleaseee!!!

3- Consider the warehouse layout shown in Figure 1. There are two I/O points through which two items enter and leave the warehouse. The two points are located in the two corners of the building. The frequency of trips for each item - 1/0 point combination as well as the number of storage spaces required for each of the two items is shown in the below table. The values shown in parantheses in the table are the cost of moving a unit load of item i through 10 point k. &- (20 p.) Solve the problem by considering the dedicated storage policy. 1" (1/0) 1 2 3 4 5 6 7 8 2nd (1/0) Figure 1: Layout of the warehouse Items Table: fix, Cik and S. values I/O Locations 1 2 100(3) 75(2) 50(4) 120(1) 1 2 3- Consider the warehouse layout shown in Figure 1. There are two I/O points through which two items enter and leave the warehouse. The two points are located in the two corners of the building. The frequency of trips for each item - 1/0 point combination as well as the number of storage spaces required for each of the two items is shown in the below table. The values shown in parantheses in the table are the cost of moving a unit load of item i through 10 point k. &- (20 p.) Solve the problem by considering the dedicated storage policy. 1" (1/0) 1 2 3 4 5 6 7 8 2nd (1/0) Figure 1: Layout of the warehouse Items Table: fix, Cik and S. values I/O Locations 1 2 100(3) 75(2) 50(4) 120(1) 1 2