The amount of revenue in dollars y that jason receives from selling x posters is given by the equation y =4x. the cost of producing x posters in given by the equation y =1/2 x + 280. how many posters does joson need to sell so that the cost and revenue are equal?

For which of the following counts would a binomial probability model not be reasonable? a)the number of people in a classroom born in januaryb) the number of people in a classroom with red hair c) the number of people admitted to a hospital in a day with a particular disease d) the number of heart beats in a one-minute perio.

How do the number line graphs of the solutions sets of -23 > x and x-23 differ?

What is the solution to the equation e3x=12? round your answer to the nearest hundredth