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Consider a model where a decision variable is defined as: X1= is equal to the number of batteries produced at plant 1 If batteries are produced at plant 1 then the minimum number produced is 300 (In other words, X1 must be 0 or >=300 ). The maximum number of batteries that can be produced at plant 1 is 500. Use this information to answer this and the next question. Select all answers below that will force a binary variable Y1 to =1 if production at plant 1(X1) is greater than 0 and limit production at plant 1 to 500 (select all that apply.) 500Y1X1=0 500Y1X1>=0 Question 7 2 pts Refer to the previous question. Select all answers below that when placed in a model with the constraint from the previous answer, force battery production at Plant 1 to be at least 300 if batteries are produced at plant 1 . (In other words, X1 must be 0 or >=300 ). ( Select all that apply) 300Y1X1=0300Y1X1>=0X1300Y1=300 ). The maximum number of batteries that can be produced at plant 1 is 500. Use this information to answer this and the next question. Select all answers below that will force a binary variable Y1 to =1 if production at plant 1(X1) is greater than 0 and limit production at plant 1 to 500 (select all that apply.) 500Y1X1=0 500Y1X1>=0 Question 7 2 pts Refer to the previous question. Select all answers below that when placed in a model with the constraint from the previous answer, force battery production at Plant 1 to be at least 300 if batteries are produced at plant 1 . (In other words, X1 must be 0 or >=300 ). ( Select all that apply) 300Y1X1=0300Y1X1>=0X1300Y1

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