Variable Cells Cell Name $B$3 Variables P $C$3 Variables s $D$3 Variables V $E$3 Variables C Final Reduced Objective Allowable Allowable Value Cost Coefficient Increase Decrease 0 -2 3 2 1E+30 1200 0 5 1E+30 1 0 -1 4 1 1E+30 0 -3 2 3 1E+30 Constraints Final Shadow Constraint Allowable Allowable Cell Name Value Price R.H. Side Increase Decrease $F$6 Denim (sqm) 720 0 1000 1E+30 280 $F$7 Cutting (min) 2400 0 3000 1E+30 600 $F$8 Sewing (min) 3600 0 5000 1E+30 1400 $F$9 Packaging (min) 1200 5 1200 300 1200 Question 5 (3 points) A retailer has asked that you make denim jackets. Estimated profit is $6 per jacket, but it will require 1.5 sq meters of denim, 7 minutes of cutting, 8 minutes of sewing and 2 minutes of packaging. Should you make the jackets? O NO, the cost of making one jacket is equal to the profit generated. So, it does not make sense to make jackets. NO, the cost of making one jacket is more than the profit generated. So, it does not make sense to make jackets. YES, the cost of making one jacket is equal to the profit generated. So, it does make sense to make jackets. YES, the total cost of making one jacket is less than the profit. So, it makes sense to make jackets. Question 6 (3 points) How much should the profit per cap improve to start the production on caps? Improve by more than $2. Improve by $2. Improve by $3. Improve by more than $3