Let me write that down. The probability that he eats a bagel for breakfast is 0.6. The probability that he will eat a pizza for lunch, probability of event B, so the probability of, let me do that in that red color, the probability of event B, that he eats a pizza for lunch, is 0.5. And the conditional probability that he eats a bagel for breakfast, given that he eats a pizza for lunch, so probability of event A happening, that he eats a bagel for breakfast, given that he's had a pizza for lunch, is equal to 0.7, which is interesting. Let me write this down. The probability of A, given that B is true, given B, is not 0.6. It's equal to 0.7.