19) We are interested in the variable X which represents the number of tails flipped when flipping a coin 3 times. Use StatCrunch to calculate probabilities for this discrete probability distribution and enter the values below. a. P(X=0) = b. P(X=1) = c. P(X=2) = d. P(X=3) = 20) We are interested in the variable X which represents the number of tails flipped when flipping a coin 10 times. Use StatCrunch to calculate probabilities for this discrete probability distribution and enter the values below. a. P(X=0) = b. P(X=1) = c. P(X=2) = d. P(X=3) = P(X=4) = f. P(X=5) = g. P(X=6) = h. P(X=7) = i . P(X=8) = . P(X=9) = k. P(X=10) = 21) Once again, suppose we are interested in the variable X which represents the number of tails flipped when flipping a coin 3 times. a. Draw a tree diagram representing the outcomes from flipping a coin 3 times. Identify the probability for each outcome from the tree diagram (in this case the outcomes are equally likely so you can use that fact or the multiplication rule)