Let M be the number of u o make and B be the number of units to buy. It costs $2

Question

Let M be the number of u o make and B be the number of units to buy. It costs $2 to make a unit and $3 to buy a unit, and the total number of units for sale must be at least 4000. Formulate an LP to minimize the total cost. (Make or Buy) The objective is ____.max 2M+3B max M +B min 2M+3B min M+B (Make or Buy) Let M be the number of unit to make and B be the number of units to buy. It costs $2 to make a unit and $3 to buy a unit, and the total number of units for sale must be at least 4000. Formulate an LP to minimize the total cost. (Make or Buy) The constraint is ____. M+ B greaterthanorequal 4000 2M+38 lessthanorequal 4000 2M+38 greaterthanorequal 4000 M+B lessthanorequal 4000 (Make or Buy) Let M be the number of units to make and B be the number of units to buy. It costs $2 to make a unit and $3 to buy a unit, and the total number of units for sale must be at least 4000. Formulate an LP to minimize the total cost Quiz] (Make or Buy) The optimal objective value is ____. Z^+=2000 Z^+=6000 Z^+= 4000 Z^+=8000

Explanation / Answer

(4)

The objective function is ( min. 2M + 3B )

The answer is (C)

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(5)

The constraint is ( M+ B 4000 )

The answer is (A)

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(6)

The optimal objective value is ( Z* = 8000 )

The answer is (D)

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