answer choices) 1. Can't be computed. 2. 2016 3. 1536. 4. 1488

The A-B-C department of a large company makes three products (A, B and C). To determine the best production schedule, the manager has formulated the following linear programming model: Decision variables: A = quantity of product A B = quantity of product B C = quantity of product C Objective function: Maximize 12 A + 15 B + 16 C (total profit: coefficients are net profit per unit in dollars) Constraints: Material 1 3A+ "B+8C= 0 The manager has solved this problem using Excel Solver and the sensitivity report is given below: Variable Cells Final Reduced Objective Allowable A Allowable 4 Cell Name Value Cost Coefficient Increase Decrease $952 A 16 0.5 LE+30 $052 C N Constraints Final Shadow Constraint Allowable Allowable Cell Name Value Price R.H. Side Increase Decrease SESE Material 1 720 120 420 SEST Material 2 284 600 1E+30 9TE SESS Material 3 400 400 560 Based on the information given (No need to implement this problem into solver), if product A's unit profit decreases to 9, what is the optimal total profit