Consider a collection of envelopes consisting of 3 red envelopes, 1 blue envelope, 2 green envelopes, and 2 yellow envelopes. If two envelopes are selected at random, with replacement, determine the probability that at least one envelope is a green envelope. (T The probability that at least one envelope is green is D. (Type an integer or a simplied fraction.) If pointer 1 is spun and then pointer 2 is spun, determine the probability of landing on red on both spins. Pointer 1 + Pointer 2 R R Y R G V . . . . . The probability is (Type an integer or a simplified fraction.)Consider a collection of envelopes consisting of 3 red envelopes, 3 blue envelopes, 3 green envelopes, and 2 yellow envelopes. If three envelopes are selected at random, without replacement, determine the probability that at least one envelope is a green envelope. The probability that at least one envelope is green is D. (Type an integer or a simplied fraction.) Consider a collection of envelopes consisting of 2 red envelopes, 3 blue envelopes, 2 green envelopes, and 1 yellow envelope. If three envelopes are selected at random, without replacement, determine the probability that they are all blue envelopes. The probability that all of the envelopes are blue is (Type an integer or a simplied fraction.) A board game uses the deck of 20 cards shown to the right. If one card is drawn, determine the probability that the card shows a red bird or a 5. R 2 R 3 4 5 1 3 4 5 0 1 3 1 20 2 70 3 2 4 20 5 2 0If pointer 1 is spun and then pointer 2 is spun, determine the probability of landing on a color other than green on both spins. Pointer 1 + Pointer 2 R Y R G R . . . . . The probability is (Type an integer or a simplified fraction.)If the pointer in the figure is spun twice, find the probability that the pointer lands on yellow (Y) both spins. R R . . . . . The probability is (Type an integer or a simplified fraction.)