Graph the function, showing all asymptotes (those that do not correspond to an axis) as dashed lines. List the x- and y-intercepts.f(x) = 
A. No x-intercepts, y-intercept: 
;
B. x-intercept: 
, no y-intercepts ;
C. No x-intercepts, y-intercept: 
;
D. No x-intercepts, y-intercept: 
;
Answer: A
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Factor the difference of two squares. Assume that variables represent whole numbers.x2 - 36
A. (x - 6)(x - 6) B. (x + 6)(x - 6) C. (x + 36)(x - 36) D. (x2 + 6)(x2 - 6)
Solve the system by graphing. Check the coordinates of the intersection point in both equations.y = x + 5y = -x + 7
A. {(-5, 7)} B. {(1, 6)} C. {(5, -7)} D. {(6, - 1)}
Solve the problem.Find the number of games played in a round robin tournament for the given numbers of teams. In a round robin tournament every team plays every other team once.
Use inductive reasoning to find a formula for the number of games played in a round robin tournament involving n teams.
A. 6 teams: 16 games 7 teams: 20 games n teams : 4(n - 2) games B. 6 teams: 21 games 7 teams: 28 games n teams : n(n + 1)/2 games C. 6 teams: 15 games 7 teams: 21 games n teams : n(n - 1)/2 games D. 6 teams: 14 games 7 teams: 18 games n teams : 4n - 10 games
Find the product.(3x + 2y)2
A. 3x2 + 4y2 B. 9x2 + 4y2 C. 9x2 + 12xy + 4y2 D. 3x2 + 12xy + 4y2