A ball is thrown upward from the surface of Mars with an initial velocity of 50 feet per second. The height of the ball can be modeled by h(t)= -6.5t^2+50t (must show work)

a)What is the maximum height the ball reaches?

b) How long does it take the ball to fall back to the surface of Mars?

c) How long is the ball above 50 feet?

Triangle jkl was dilated using the rule dm, 1/3 the image, triangle j’ k’ l’ is the result of the dilation. a.5 units b.7.5 units c.10 units d.12.5 units

Refer to the table below if needed. second quadrant third quadrant fourth quadrant sin(1800- - cos(180° -) tan(180°-e) =- tane cot(1800-0) 10 it to solo 888 sin(180° +c) = - sine cos(180° +) =- cose tan(180° +c) = tane cot(180° +o) = cote sec(180° + c) = - seco csc(180° +2) = - csce sin(360° -) =- sine cos(360° -) = cose tan(360° - e) =- tane cot(360° -) = -cote sec(360° -) = seco csc(360° -) = csco sec(180° -) = csc(180° -) = csca 1991 given that sine = 3/5 and lies in quadrant ii, find the following value. tane

Which is the graph of f(x) = (4)x? image for option 1 image for option 2 image for option 3 image for option 4