A skier on top of a hill has 2,500 J of Gravitational Potential Energy (GPE). He hasn't started moving yet. At the bottom of the hill, when the skier has reached his maximum velocity, how much Total Mechanical Energy (TME), Gravitational Potential Energy (GPE) and Kinetic Energy (KE) does he have? A. TME=2,500 J, GPE=0 J, KE=2,500 J
B. TME=0 J, GPE=0 J, KE=2,500 J
C. TME=2,500 J, GPE=750 J, KE=1,750 J
D. TME=2,500 J, GPE=2,500 J, KE= 0 J

Consider the functions below. function 1 function 2 function 3 select the statement which is true about the functions over the interval [1, 2] a b function 3 has the highest average rate of change function 2 and function 3 have the same average rate of change. function and function 3 have the same average rate of change function 2 has the lowest average rate of change d.

What is the equation in slope-intercept form of the linear function represented by the table? y -18 -1 -8 4 2 912 o y=-2x-6 o y=-2x+6 o y=2x-6 o y = 2x+6

Someone answer asap for ! a ball is rolled down a ramp. the height, f(x), in meters, of the ball x seconds after it is released is modeled by the function f(x) = x²- 10x + 25 for all values of x from 0 to 5. which statement about the ball is true? a. the maximum height of the ball is 5 meters b. the height of the ball increases from 0 to 5 meters above the ground. c. the ball has traveled 5 meters when it reaches the bottom of the ramp. d. the ball has been traveling for 5 seconds when it reaches the bottom of the ramp