a. [100,50] , [175,100] , [150,50] , [75,125]

b. [127] , [155] , [150] , [300]

c. [yes] , [no] , [cannot answer]

d. [none is used] , [painting] , [molding] , [packing]

e. [171.42] , [200] , [.125] , [5.625]

Amanager must decide on the mix of products to produce for the coming week. Product Arequires three minutes per unit for molding, two minutes per unit for painting, and one minute for packing. Product B requires two minutes per unit for molding, four minutes for painting, and three minutes per unit for packing. There will be 550 minutes available for molding, 500 minutes for painting, and 450 minutes for packing. Product A has a contribution of $1.50 per unit and Product B is $2.50 per unit. Answer the following questions: a. What combination of A and B will maximize contribution? [ Select] b. What is the maximum possible contribution? $ [Select] c. Are there any unused resources? [Select] d. Which constraint has unused resources, if any? [ Select] e. If you were to increase painting by 10 minutes, how much would the profit increase? [Select] Amanager must decide on the mix of products to produce for the coming week. Product Arequires three minutes per unit for molding, two minutes per unit for painting, and one minute for packing. Product B requires two minutes per unit for molding, four minutes for painting, and three minutes per unit for packing. There will be 550 minutes available for molding, 500 minutes for painting, and 450 minutes for packing. Product A has a contribution of $1.50 per unit and Product B is $2.50 per unit. Answer the following questions: a. What combination of A and B will maximize contribution? [ Select] b. What is the maximum possible contribution? $ [Select] c. Are there any unused resources? [Select] d. Which constraint has unused resources, if any? [ Select] e. If you were to increase painting by 10 minutes, how much would the profit increase? [Select]