Pea plant reproduction can be simulated with coin tossing. The equally likely outcomes of heads and tails are used to simulate the transfer of equally likely genes R and r from two Rr pea plants Use the given sequence of flower colors to approximate the probability that five successive offspring all will have red flowers (red-flowered because R is dominant, but carrying both red and white genes). Two coins, heads representing R and tails r, have been tossed 50 times for the simulation. Using the color interpretation hh = red, ht = th = red, and it = white gives the sequence of flower colors in offspring shown below. The probability is. (Type an integer or a simplified fraction.) red-red-red white red-red red-red-red red-red-red white red red-red-red-red red red-red-red red white red white red-red-red-red-red-white white red white red-red-red-red-red-red-white red-red white red-red white white whiteIf one threedigit number (0 cannot be a left digit) is chosen at random from all those that can be made from the following set of digits, nd the probabilityr that the one chosen is not a multiple of 1D. {0. 1.2: 3: 4. 5. 5: ?} The probability that the one chosen is not a multiple of 1D is