5. A computer game has two equally likely paths that a player can take. Path A has a favorable result, and Path B has an unfavorable result. You toss a coin to model the possible paths a player can take. Heads represents Path A and tails represents Path B. The results are shown in the tally chart. Outcome: Heads(Path A) Tails(Path B). Tally: Heads(Path A) 14, Tails(Path B) 10. a. What is the experimental probability that the path taken is Path A? What is the theoretical probability that the path taken is Path A? Why is the experimental probability different from the theoretical probability? Refer to problem 5. Suppose the number of coin flips were increased to 200. How would this affect the experimental probability that the path taken is Path A?