that's it

(c) Use the simulation model to compute the profit for each trial of the simulation run (noting that Strassel's profit is $0 if he does not win the bid). With maximization of profit as Strassel's objective, use simulation to evaluate Strassel's bid alternatives of $125,000,$135,000, or $145,000. What is the expected profit (in dollars) for each bid alternative? (Use at least 5,000 trials. Round your answers to the nearest dollar.) expectedprofitforabidof$125,000expectedprofitforabidof$135,000expectedprofitforabidof$145,000$$$ What is the recommended bid? (c) Use the simulation model to compute the profit for each trial of the simulation run (noting that Strassel's profit is $0 if he does not win the bid). With maximization of profit as Strassel's objective, use simulation to evaluate Strassel's bid alternatives of $125,000,$135,000, or $145,000. What is the expected profit (in dollars) for each bid alternative? (Use at least 5,000 trials. Round your answers to the nearest dollar.) expectedprofitforabidof$125,000expectedprofitforabidof$135,000expectedprofitforabidof$145,000$$$ What is the recommended bid