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# Simplex Method for Maximum Profits

The Roller Products Company produces roller skates and skateboards. It has three production lines. Production line 1 makes skateboard platforms. Production line 2 makes skate assemblies. Production line 3 mounts wheels on both products. The marketing department has determined virtually unlimited demand for both products. Profit per pair of roller skates is \$10 and \$6 per skateboard. Production line 1 can produce 6 skateboard platforms per day, and production line 2 can produce 5 pairs of shoes per day. Production line 3 can mount 20 wheel sets per day. Each skateboard requires 2 wheel sets, and each pair of roller skates requires 4 wheel sets.

a) How many skateboards and roller skates should be scheduled per day to maximize total profits?

b) Solve this problem using the simplex method.

#### Solution Preview

Student, see attached PDF and a copy in Word with step-by-step ...

#### Solution Summary

PDF and a copy in Word with step-by-step instructions for using Simplex method for profits at the Roller Products Company. This includes setting up the objective function and constraints.

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