play_n_games: Adding the Game to a Loop

In Rami-Assaad/montyhall: The 3-Door Monty Hall Problem to Determine Probability of Winning and Losing in Case of Switching Door or Staying on The Initial Selection

Description

play_n_games(n) add the Monty Hall game to a loop consist of 100 iteration and then tabulate the results of number of wins and loses out of this iteration

Usage

play_n_games(n = 100)

Arguments

n=100

Numeric, 100 times iteration

Details

When running simulations, at least we should run the game 100 time to get a result that we can rely on. In this function we simulate the game 100 time, then the function will calculate the probability of winning and loosing according to the contestant choice/strategy (Stay or switch) out of 100 time iteration

Value

a table includes strategy (Switch or Stay), Outcome(WIN or Lose), and the probability of each outcome according to the chosen stategy.

Examples

play_n_games()

Rami-Assaad/montyhall documentation built on Dec. 18, 2021, 9:52 a.m.