through $c.$

Maximize Profit $=,122L+136S,$

$,17L+12S3000(ComponentA)$

$,6L+9S2500(ComponentB)$

$,L0$ and $S0,$

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

A$.$ Maximize Profit $=136L+136S$

$12L+12S3000$

$9L+9S2500$

$L0$ and $S0$

Maximize Profit $=122L+136S$

$17L+12S3000$

$6L+9S2500$

$L0$ 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 $=136L+136S$

$12L+12S3000$

$9L+9S2500$

$L0$ and $S0$

C$.$ Maximize Profit $=122L+136S$

$17L+12S3000$

$6L+9S2500$

$L0$ and $S0$

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

A$.$ Maximize Profit $=136L+136S$

$12L+12S3000$

$9L+9S2500$

$L0$ and $S0$

C$.$ Maximize Profit $=122L+136S$

$17L+12S3000$

$6L+9S2500$

$L0$ and $S0$

B$.$ Maximize Profit $=122L+136S$

$17L+12S3000$

$6L+9S3000$

$L0$ and $S0$

D$.$ Maximize Profit $=122L+136S$

$12S3000$

$6L+9S2500$

$L0$ and $S0$

B$.$ Maximize Profit $=122L+136S$

$17L+12S3000$

$6L+9S3000$

$L0$ and $S0$

D$.$ Maximize Profit $=122L+136S$

$12S3000$

$6L+9S2500$

$L0$ and $S0$

B$.$ Maximize Profit $=122L+136S$

$17L+12S3000$

$6L+9S3000$

$L0$ and $S0$

D$.$ Maximize Profit $=122L+136S$

$12S3000$

$6L+9S2500$

$L0$ and $S0$