Consider the following LP problem.Minimize$2=9\mathrm{.}20$x$1+6\mathrm{.}20$x$2,$Subject toConstraint $1$: $5$x$1+3$x$230,$ Constraint $2$: $2$x$1+5$x$233,$ Constraint $3$: $\backslash$times $1,$x$20,$where x$1$ and x$2$ represent the decision variables. Solve the LP problem to answer the folla. What are the values of x$1$ and x$2$ at the optimal solution? What is the minimum value of Note: Round your answers to $2$ decimal places.Value of xy at the optimal solutionValue of x$2$ at the optimal solutionMinimum value of zb$.$ Identify the binding and nonbinding constraints and report the surplus value, as applica Note: If the answer to constraints is "Non$-$Binding" enter surplus value or leave cells