A golfer hits a ball into the air. The ball is on a hill 20 feet above the landing area (or the fairway) and has an initial velocity of 144 feet per second. a. Write a model for the height of the golf ball after t seconds. b. How long is the golf ball in the air before it hits the fairway? Round your answer to the nearest hundredth of a second. (Show your work in the provided boxes) c. How high does the golf ball go?

Based upon past experience, barry expects no overdrafts. he expects no 2nd copies of statements. barry estimates that he will use network atms about 5 times a month with either bank. barry decides in the end to choose eecu. assuming that both banks provide the necessary services equally well, and based upon the tables of fees given above, how much can barry reasonably expect to save annually by choosing eecu in this case over e-town bank? a. $72 b. $78 c. $144 d. $24

{0,1,2,3,4,5,6,20,21,22,23,24,25} the distribution is considered to be: skewed the right, skewed the left, not skewed?

Answer each of the questions for the following diagram: 1. what type of angles are these? 2. solve for x. what does x equal? 3. what is the measure of the angles?