You have two biased coins. coin a comes up heads with probability 0.1. coin b comes up heads with probability 0.6.however, you are not sure which is which, so you choose a coin randomly and flip it. if the flip is heads, you guess that the flipped coin is b. otherwise, you guess that the flipped coin is a. what is the probability that your guess is correct?

The probability that our guess is correct = 0.857.

Step-by-step explanation:

The given question is based on A Conditional Probability with Biased Coins.

Given data:

P(Head | A) = 0.1

P(Head | B) = 0.6

By using Bayes' theorem:

We know that P(B) = 0.5 = P(A), because coins A and B are equally likely to be picked.

Now,

P(Head) = P(A) × P(head | A) + P(B) × P(Head | B)

By putting the value, we get

P(Head) = 0.5 × 0.1 + 0.5 × 0.6

P(Head) = 0.35

Now put this value in , we get

Similarly.

Hence, the probability that our guess is correct = 0.857.

he will have 300 because he is really broke and 300 is in his imangine

step-by-step explanation: he ehe heh step by the thy

54.864 meters

step-by-step explanation: