To find the compound probability of these events happening at the same time, multiply the probability of each event by the other. probability of 4 × probability of blue = probability of both × = So, the probability of both events happening is . 39. To find the probability of these two events happening at the same time, first find the individual probability of each. There are 52 cards in the deck Kayla has and 13 of them are diamonds. So, the probability of her pulling a diamond is or . There are six sides to the die that she is rolling, each side with a number from one to six without any number being repeated. So, the probability of her rolling a 2 is . To find the compound probability of these events happening at the same time, multiply the probability of each event by the other. probability of diamond × probability of a 2 = probability of both × = So, the probability of both events happening is . 40. To find the probability of these two events happening at the same time, first find the individual probability of each. There are two sides to the coin Courtney is flipping, one heads and one tails. So, the probability of her flipping the coin and it landing on heads is . There are six sides to the die that Alan is rolling, each side with a number from one to six without any number being repeated. So, the probability of him rolling a 2 is . To find the compound probability of these events happening at the same time, multiply the probability of each event by the other. probability of heads × probability of 2 = probability of both × =
To find the compound probability of these events happening at the same time, multiply the probability of each event by the other. probability of 4 × probability of blue = probability of both × = So, the probability of both events happening is . 39. To find the probability of these two events happening at the same time, first find the individual probability of each. There are 52 cards in the deck Kayla has and 13 of them are diamonds. So, the probability of her pulling a diamond is or . There are six sides to the die that she is rolling, each side with a number from one to six without any number being repeated. So, the probability of her rolling a 2 is . To find the compound probability of these events happening at the same time, multiply the probability of each event by the other. probability of diamond × probability of a 2 = probability of both × = So, the probability of both events happening is . 40. To find the probability of these two events happening at the same time, first find the individual probability of each. There are two sides to the coin Courtney is flipping, one heads and one tails. So, the probability of her flipping the coin and it landing on heads is . There are six sides to the die that Alan is rolling, each side with a number from one to six without any number being repeated. So, the probability of him rolling a 2 is . To find the compound probability of these events happening at the same time, multiply the probability of each event by the other. probability of heads × probability of 2 = probability of both × =
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