P(H ∩ B)=.375 P(H ∩ R)=.125 P(T ∩ B)=.375 P(T ∩ R)=.125 Using the same premise as the previous question (a fair coin and a 2-sided spinner wheel), what is P(H|B) (the probability that a head came up, given that you landed on the blue side of the spinner wheel)?

The probability of getting a total of 10 in a single throw of two dice is (a) 1/9 (b) 1/12 (c) 1/6 (d) 5/36

Sheniqua buys a bag of cookies that contains 5 chocolate chip cookies, 5 peanut butter cookies, 6 sugar cookies and 4 oatmeal raisin cookies. What is the probability that Sheniqua randomly selects a sugar cookie from the bag, eats it, then randomly selects another sugar cookie? You may answer as a fraction or a decimal rounded to three places.

Rodney is going to shoot a total of 9 free-throws to prove he is a better shooter than Chris. During warm-ups Rodney can make 57% of practice shots. The challenge results are as follows… • 9 hits Rodney wins $100 • 6-8 hits Rodney wins $25 • 4-5 No one wins • 0-3 hits Chris wins $15 What is the probability that Rodney makes 7 shot?