Question 1(Multiple Choice Worth 2 points) (01.04 MC) The velocity, V, of a specific object being dropped from a particular height, h, can be found by the radical function V = v/2/s where a represents the acceleration in ft/sec". If the acceleration due to gravity is 32.2 fu/sec", at what height should you drop an object in order for it to have a velocity of 60 fu/sec? O 0.9 feet O 55.6 feet O 55.9 feet O 3,864 feet Question 2(Multiple Choice Worth 2 points) (01.04 MC) What is the domain of the radical function ? (x) - V2x2 - 5x -12? OD: (-00, 90) OD. [-1.5, 4] OD: [-1.5, 20) O D: (-00, -1.5] U [4, 0) Question 3(Multiple Choice Worth 2 points) (01.04 MC) When a new cellphone is put on the market, the demand each month can be described by the function c()- -//2-41 -12+3, where C (f) represents the demand of the cellphone (measured in millions of people) and the time, t, is measured in months. Which of the following solution(s) are valid for a posit demand? O (2, 3) O (6, 3) O (3, 0) and (7, 0) O (-2, 3) and (6, 3)Question 4(Multiple Choice Worth 2 points) (01.04 MC) Determine the range of the function g(x) - - ~x2+ 9. O (-20, DO ) O (-20, -3] O [-3, 90 ) O [-3, 3]