Student JK has developed a database management application for master production scheduling and capacity planning. As shown in Figure 1, according to the required capacity, the system automatically generated the work plan.

1. (20 points) Student JK has developed a database management application for master production scheduling and capacity planning. As shown in Figure 1, according to the required capacity, the system automatically generated the work plan. Figure 1. Required Capacity 1 2 WC1 | 130 86 WC2 | 200 112 3 116 172 Work Plan | 1 2 3 | 160 160 160 WC2 200 160 200 WC Now we have a new required capacity table as shown in Figure 2. Please fill up the work plan output by this application, and explain how you generate the work plan. Figure 2 it Required Capacity 1 1 2 WC1 | 132 168 WC2 | 201 96 3 180 187 Work Plan 1 2 3 WC1( ) ( ) ( ) WC2( ) ( ) ( ) 1. (20 points) Student JK has developed a database management application for master production scheduling and capacity planning. As shown in Figure 1, according to the required capacity, the system automatically generated the work plan. Figure 1. Required Capacity 1 2 WC1 | 130 86 WC2 | 200 112 3 116 172 Work Plan | 1 2 3 | 160 160 160 WC2 200 160 200 WC Now we have a new required capacity table as shown in Figure 2. Please fill up the work plan output by this application, and explain how you generate the work plan. Figure 2 it Required Capacity 1 1 2 WC1 | 132 168 WC2 | 201 96 3 180 187 Work Plan 1 2 3 WC1( ) ( ) ( ) WC2( ) ( ) ( )