1.	If y varies inversely as x and y = 3 when x = 3, find y when x = 4.
		A.	4	B.	2.25
		C.	1	D.	3.5
		Hint
	2.	Simplify
		A.		B.
		C.	1	D.
		Hint
	3.	Assuming that , determine whether is sometimes, always, or never true.
		A.	never	B.	always
		C.	sometimes	D.	cannot be determined from given information
		Hint
	4.	Find the slope of the line that passes through A and B.
		A.		B.
		C.		D.
		Hint
	5.	What is the LCM of and .
		A.	(r – 1)(r + 3)(r + 9)	B.	(r – 1)2(r + 3)(r + 9)
		C.	r(r – 1)(r + 3)(r + 9)	D.	r(r – 1)2(r + 3)(r + 9)
		Hint
	6.	What is the equation of the vertical asymptote of the function ?
		A.	There is a hole at 4, not a vertical asymptote.	B.	x = 4
		C.	x = –4	D.	x = 5
		Hint
	7.	Write the equation(s) of the vertical asymptote(s) of the function.
		A.	x = –5	B.	x = 3, x = –5
		C.	x = 3	D.	x = –3, x = –5
		Hint
	8.	The amount of work done by James and his relative distance to Samuel is inversely related. When James is 6 feet away from Samuel, he can get 13 assignments done per hour. How many assignments can James get done when he is 52 feet away from Samuel?
		A.	112.7 assignments	B.	24 assignments
		C.	1.5 assignments	D.	59 assignments
		Hint
	9.	Which type of function looks like a direct variation function when x > 0?
		A.	absolute value function	B.	quadratic function
		C.	square root function	D.	rational function
		Hint
	10.	What type of function is the following?
		A.	direct variation	B.	rational
		C.	quadratic	D.	square root
		Hint
	11.	Solve . Check your solution.
		A.	–4	B.	6
		C.	6 and –2	D.	–2
		Hint
	12.	John ran a marathon on a windy day. He ran the first 13 miles into the wind, and the last 13 miles with the wind at his back, and he completed the course in 3 hours. How fast is John in still conditions if the wind speed was 4 miles per hour?
		A.	8.7 mph	B.	–1.6 mph
		C.	10.2 mph	D.	12.7 mph
		Hint