Solve.If the first and third of three consecutive odd integers are added, the result is 75 less than five times the second integer. Find the third integer.
A. 27
B. 50
C. 25
D. 23
Answer: A
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State the y-intercept and slope of the graph of the given equation.y = 5x - 4
A. y-intercept -5; slope -4 B. y-intercept -4; slope 5 C. y-intercept 5; slope -4 D. y-intercept 4; slope 5
Use the graph of the quadratic function to find the vertex, axis of symmetry, x- and y-intercepts, and domain and range.
A. vertex: (9, -2) axis of symmetry: x = 9 x-intercept: 5 y-intercepts: 1 and - 5 domain: (-?, ?) range: (-?, 9] B. vertex: (-2, 9) axis of symmetry: x = -2 x-intercepts: 1 and - 5 y-intercept: 5 domain: (-?, 9] range: (-?, ?) C. vertex: (-2, 9) axis of symmetry: x = -2 x-intercepts: 1 and - 5 y-intercept: 5 domain: (-?, ?) range: (-?, 9] D. vertex: (-2, 9) axis of symmetry: x = 9 x-intercepts: 1 and - 5 y-intercept: 5 domain: (-?, ?) range: (-?, 9)
Find the quadratic function y = f(x) that has the given vertex and whose graph passes through the given point.vertex 
; passing through 
A. y = - 
2 - 
B. y = - 
2 + 
C. y = 
2 - 
D. y = 
2 + 
Graph the polar equation.r = 
Identify the directrix and vertex. 
A. directrix: 1 unit(s) below
the pole at y = -1
vertex: 
B. directrix: 1 unit(s) to the right of
the pole at x = 1
vertex: 
C. directrix: 1 unit(s) above
the pole at y = 1
vertex: 
D. directrix: 1 unit(s) to the left of
the pole at x = -1
vertex: 
