1.	How could you use the graph of h = 20t – 6t2 to estimate the solution(s) of 20t – 6t2 = 7, where h stands for height and t stands for time?
		A.	Draw a horizontal line at h = 20 and find where it intersects the curve.
		B.	Draw a vertical line at t = 7 and find where it intersects the curve.
		C.	Draw a vertical line at t = 20 and find where it intersects the curve.
		D.	Draw a horizontal line at h = 7 and find where it intersects the curve.
		Hint
	2.	A ball is launched straight up from ground level modeling the equation h = 52t – 10t2, where h stands for height in meters and t stands for time. What is the approximate value of t when the ball hits the ground?
		A.	5.2 seconds	B.	2.6 seconds
		C.	0 seconds	D.	6.0 seconds
		Hint
	3.	A ball is launched straight up from ground level modeling the equation h = 52t – 10t2, where h stands for height in meters and t stands for time. On its way up, it reached a particular height at 1 second. On its way down, it again reached the same height. At approximately what time did it reach that height the second time?
		A.	5.2 seconds	B.	4.2 seconds
		C.	2.0 seconds	D.	3.5 seconds
		Hint
	4.	Use you calculator's Table feature to approximate the solutions to the nearest hundredth. x(x – 7) = 36
		A.	x = 10.45, x = –3.45
		B.	x = –15.96, x = –1.15
		C.	x = 3.26, x = 6.31
		D.	x = 11.00, x = –2.01
		Hint
	5.	Use you calculator's Table feature to approximate the solutions to the nearest hundredth. 4x(x + 2) = 12
		A.	x = 2, x = –2	B.	x = 1, x = –3
		C.	x = 0, x = –4	D.	x = –1, x = –4
		Hint