through $C.$

Maximize Profit $=124L+138S$

$18L+13S5000(ComponentA)$

$6L+8S4500(ComponentB)$

$L0$ and $S0$

$($Component B

a$.$ Modify the data in the model to create a problem with alternative optimal solutions. Choose the correct model below.

A$.$ Maximize Profit $=138L+138S$

$13L+13S5000$

$8L+8S4500$

$L0$ and $S0$

$($C$)$ C$.$ Maximize Profit $=124L+138S$

$18L+13S5000$

$6L+8S4500$

$L0$ and $S0$

b$.$ Modify the data in the model to create a problem with an unbounded solution. Choose the correct model below.

A

Maximize Profit $=138L+138S$

$13L+13S5000$

$8L+8S4500$

$L0$ and $S0$

C$.$ Maximize Profit $=124L+138S$

$18L+13S50006L+8S4500$

$6L+8S4500L0$ and $S0$

c$.$ Modify the data in the model to create a problem with infeasibility. Choose the correct model below.

A$.$ Maximize Profit $=138L+138S$

$13L+13S5000$

$8L+8S4500$

$L0$ and $S0$

C$.$ Maximize Profit $=124L+138S$

$18L+13S5000$

$6L+8S4500$

$L0$ and $S0$

B$.$

Maximize Profit $=124L+138S$

$18L+13S5000$

$6L+8S5000$

$L0$ and $S0$

$.$ Maximize Profit $=124L+138S$

$13S5000$

$6L+8S4500$

$L0$ and $S0$

B$.$

Maximize Profit $=124L+138S$

$18L+13S5000$

$6L+8S5000$

$L0$ and $S0$

D$.$ Maximize Profit $=124L+138S$

$13S5000$

$6L+8S4500$

$L0$ and $S0$

B$.$ Maximize Profit $=124L+138S$

$18L+13S5000$

$6L+8S5000$

$L0$ and $S0$

$($C$)$ D$.$ Maximize Profit $=124L+138S$

$13S5000$

$6L+8S4500$

$L0$ and $S0$