If C i ,R i ,and P i (where i = 1,2,3…) are used to denote the number of action figures to be produced on captain machines,the number of action figures to be produced on regular machines,and the number of action figures purchased from an outside supplier respectively,which of the following are the constraints that meet production requirements?A) C 1 + P 1 = 90,000 C 2 + R 2 + P 2 = 153,000C 3 + R 3 + P 3 = 20,000B) R 1 + P 1 = 153,000 C 2 + R 2 + P 2 = 180,000C 3 + R 3 + P 3 = 40,000C) R 1 + C 1 = 76,500 C 2 + R 2 + P 2 = 45,000C 3 + R 3 + P 3 = 10,000D) R 1 + P 1 = 38,250 C 2 + R 2 + P 2 = 22,500C 3 + R 3 + P 3 = 5,000

Question

If C i ,R i ,and P i  (where i = 1,2,3…) are used to denote the number of action figures to be produced on captain machines,the number of action figures to be produced on regular machines,and the number of action figures purchased from an outside supplier respectively,which of the following are the constraints that meet production requirements?A) C 1  + P 1  = 90,000 C 2 + R 2  + P 2  = 153,000C 3  + R 3  + P 3  = 20,000B) R 1  + P 1  = 153,000 C 2 + R 2  + P 2  = 180,000C 3  + R 3  + P 3  = 40,000C) R 1  + C 1  = 76,500 C 2 + R 2  + P 2  = 45,000C 3  + R 3  + P 3  = 10,000D) R 1  + P 1  = 38,250 C 2 + R 2  + P 2  = 22,500C 3  + R 3  + P 3  = 5,000

Vivian Horta · Accepted Answer

Final Answer : A, Explanation :  The correct constraints must include all types of production sources (captain machines, regular machines, and outside suppliers) across different periods (i = 1,2,3…). Choice A is the only option that consistently applies this principle across three different periods with realistic production numbers.

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