$1\mathrm{.}1$ Set up solver to

determine how many of each

type of candy bar to make to

maximize total profit subject to

the following constraints:

a$.$ The number of candy bars

made should not exceed the

demand for that type of

candy bar.

b$.$ You must make at least $1$

million of each type of candy

bar. Do not use commas

when entering the number

into the Solver constraint.

c$.$ The ingredients consumed in

making the candy bars

should not exceed what is

available.

d$.$ There is a national nut

shortage and they are

expensive. To avoid nuts

spoiling, you must use all of

the nuts.

e$.$ Make only whole number

amounts of candy bars.

f$.$ Before solving make the

solving method "Simplex LP$"$

and checkmark the "Make

Unconstrained Variables

Non$-$negative" option.

$1\mathrm{.}1$ Set up solver to

determine how many of each

type of candy bar to make to

maximize total profit subject to

the following constraints:

a$.$ The number of candy bars

made should not exceed the

demand for that type of

candy bar.

b$.$ You must make at least $1$

million of each type of candy

bar. Do not use commas

when entering the number

into the Solver constraint.

c$.$ The ingredients consumed in

making the candy bars

should not exceed what is

available.

d$.$ There is a national nut

shortage and they are

expensive. To avoid nuts

spoiling, you must use all of

the nuts.

e$.$ Make only whole number

amounts of candy bars.

f$.$ Before solving make the

solving method "Simplex LP$"$

and checkmark the "Make

Unconstrained Variables

Non$-$negative" option.