The following payoff table provides profits based on various possible decision alternatives and various levels of demand at Robert$$ Klassan's print$$ shop: $$ Demand Decision Low High Alternative $1$ $ $10$ comma $000$ $ $24$ comma $000$ Alternative $2$ $ $4$ comma $000$ $ $42$ comma $000$ Alternative $3$ negative $ $1$ comma $500$ $ $48$ comma $000$ The probability of low demand is $0\mathrm{.}35,$ whereas the probability of high demand is $0\mathrm{.}65.$ Part $2$a$)$ The alternative that provides Robert the greatest expected monetary value $($EMVLOADING$...)$ is Alternative $3.$ Part $3$ The EMV for this decision is $$$ $30,675($enter your answer as a whole$$ number$).$ Part $4$b$)$ The expected value with perfect information $($EVwPILOADING$...)=$$ $$ enter your response here $($enter your answer as a whole$$ number$).$