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P(A) = Each letter from the word MISSISSIPPI is written on a separate sheet of paper. You draw a letter WITHOUT REPLACING and then draw a second letter. P(A) * P(B) = P(I, and then P) P(B) = Each letter from the word MISSISSIPPI is written on a separate sheet of paper. You draw a letter WITHOUT REPLACING and then draw a second letter. P(M) = P(M) * P(S) = P(M, and then S) P(S) = Each letter from the word MISSISSIPPI is written on a separate sheet of paper. You draw a letter WITHOUT REPLACING and then draw a second letter. P(S) = P(S) * P(S) = P(S, and then another S) P(S) = Each letter from the word MISSISSIPPI is written on a separate sheet of paper. You draw a letter, REPLACE IT, and then draw a second letter. P(P) = P(P, and then P) P(P) * P(P) = **This time you are REPLACING** P(P) = Mrs. Shepherd flips a penny and then draws a card out of a deck of 52 cards. What is the probability of flipping tails and then drawing a club? P(Tails) = P(Tails) * P(Clubs) = P(Clubs) = P(Rolling 2) = P(Rolling 2) * P(Drawing 2) = Mrs. Taylor rolls a dice and then draws a card from a deck of 52 cards. What is the probability of rolling a 2 and then drawing a 2? P(Drawing 2) = P(Queen) = P(Queen) * P(King) = Ms. Gregorski draws two cards out of a deck of 52 cards. What is the probability of drawing a Queen and then a King WITHOUT REPLACING? P(King) = P(Queen) = Mr. Haggerty draws two cards out of a deck of 52 cards. What is the probability of drawing a Queen and then a King if he REPLACES the Queen before drawing the King?
P(Queen) * P(King) = P(King) = P(Correct) * P(Correct) * P(Correct) * P(Correct) * P(Correct) On a multiple choice test, there are 5 questions. Each question has 4 answers. What is the probability of randomly guessing them all correctly? P(1 Correct) = P(Correct) * P(Correct) * P(Correct) * P(Wrong) * P(Wrong) = P(1 Correct) = On a multiple choice test, there are 5 questions. Each question has 4 answers. What is the probability of getting 3 questions right and getting 2 questions wrong?
P(1 Wrong) = |