Suppose the point (2, 4) is on the graph of y = f(x). Find a point on the graph of the given function.y = 4f(x)
A. (2, 16)
B. (3, 8)
C. (8, 4)
D. (5, 3)
Answer: A
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Explain how the graph of f can be obtained from the graph of y = 
or y = 
. f(x) = 
A. Stretch the graph of y = 
vertically by a factor of 3 and shift to the right 17 units.
B. Stretch the graph of y = 
vertically by a factor of 3 and shift to the left 17 units.
C. Stretch the graph of y = 
vertically by a factor of 17 and shift to the right 3 units.
D. Shift the graph of y = 
to the left 17 units and downward 3 units.
Solve the quadratic equation using completing the square.343 = y2 - 7y
A. 
B. 
C. 
D. 
Use an equivalence fraction to write the measure in the requested unit of measure.Convert 670 decigrams to grams.
A. 67,000 grams B. 67 grams C. 6700 grams D. 6.7 grams
Graph the equation. Include the coordinates of any local and absolute extreme points and inflection points.y = 
A. local minimum: 
local maximum: 
inflection point: (0,0)
B. local minimum: (3, -3)
local maximum: (-3, 3)
inflection point: (0, 0)
C. absolute maximum: 
no inflection point
D. local minimum: (-3, -3)
local maximum: (3, 3)
inflection points: (0, 0), (-3
, -
),
(3
, 
)