Consider the experiment of tossing a coin twice. (Let H represent the head of the coin and T represent it's tail.) (a) List the experimental outcomes. (Select all that apply.) (H) (T) (H, H) (H, T) (T, H) (T, T) (b) Define a random variable that represents the number of heads occurring on the two tosses. The random variable x, where x

Michelle and julie work at a catering company. they need to bake 264 cookies for a birthday party that starts in a little over an hour and a half. each tube of cookie dough claims to make 36 cookies, but michelle eats about 1/5 of every tube and julie makes cookies that are 1.5 times as large as the recommended cookie size.it takes about 8 minutes to bake a container of cookies, but since julie's cookies are larger, they take 12 minutes to bake. a. how many tubes should each girl plan to bake? how long does each girl use the oven? b. explain your solution process what did you make? c. what assumptions did you make?