Use MS Excel Solver to develop and solve a linear programming model for this problem.

Max$2$X $+3$Y

s$.$t$.2$X $+3$Y $30$

$2$X $+5$Y $40$

$5$Y $15$

$$ X $,$ Y $0$

Answer in whole number.

a$.$ The final value of the objective function is: Question Blank $1$ of $5$

b$.$ The final value of the decision variable Y is: Question Blank $2$ of $5$

c$.$ Constraint $3$: $5$Y $15,$ the status shows as

Question Blank $3$ of $5$

$.$ This is called a

Question Blank $4$ of $5$

variable.

d$.$ If you have to increase the right$-$hand$-$side value for one of the constraints that affects the optimal point, which constraint is best candidate for this scenario?

Question Blank $5$ of $5$

$$