On your drive to school, you encounter two intersections with traffic signals. There is a probability 0.6 that you will have to stop at the first light, a probability 0.3 that you will have to stop at the second light, and a probability 0.1 that you will have to stop at both lights. Let A = stop at first light and B = stop at second light. Calculate the following. (a) P(A or B) = (b) P(A and BC) = (C) P(stop at exactly one signal) =

Jace wrote a sentence as an equation. 56 is 14 more than a number. 14+ = 56 which statement best describes jace's work? jace is not correct. the phrase more than suggests using the symbol > and jace did not use that symbol. jace is not correct. he was correct to use addition, but the equation should be 56+ p = 14 jace is not correct. the first number in the sentence is 56, so the equation should start with 56. jace is correct. the phrase more than suggests addition, so jace showed that 14 plus a variable equals 56. o

What is the y-intercept of the line given by the equation

Consider an example of a deck of 52 cards: example set of 52 playing cards: 13 of each suit clubs, diamonds, hearts, and spades ace 2 3 4 5 6 7 8 9 10 jack queen king clubs diamonds hearts spades what is the probability of drawing three queens from a standard deck of cards, given that the first card drawn was a queen? assume that the cards are not replaced.