Multiple Choice
Identify the
choice that best completes the statement or answers the question.
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1.
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Find the greatest common factor of  and  ,
if one exists. a. |  | b. |  | c. |  | d. |  | e. | No common factor
exists. |
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2.
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Find the greatest common factor of  , and  ,
if one exists. a. |  | b. |  | c. |  | d. |  | e. | No common factor
exists. |
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3.
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Find the greatest common factor of  and  ,
if one exists. a. |  | b. |  | c. |  | d. |  | e. | No common factor
exists. |
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4.
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Factor the polynomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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5.
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Factor the polynomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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6.
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Factor the polynomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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7.
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The surface area of a right circular cylinder of height 22 is given by  where r is the radius of the base of the cylinder. Which of the following is the
correct factoring of the expression for the surface area?
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8.
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Factor the trinomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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9.
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Factor the trinomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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10.
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Factor the trinomial, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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11.
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Find the set of integer values for b which allow the trinomial  to be factored.
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12.
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Find two integers c such that the trinomial  can be
factored.
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13.
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Factor the polynomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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14.
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Factor the polynomial below, if possible.  a. |  | b. |  | c. |  | d. |  | e. | cannot be
factored |
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15.
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Solve the equation  .
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16.
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Solve the equation  .
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17.
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Solve the equation  .
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18.
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Use the graph to estimate the x-intercepts and set the quadratic equation
equal to zero and solve.   
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19.
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Find two consecutive positive integers whose product is  .
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20.
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A diver jumps from a diving board that is  inches ( a
in. in the figure) above the water with an initial velocity of  inches
per second (see figure.) The height h (in inches) of the diver is modeled by the position
equation  where t is the time measured in
seconds. How long will it take for the diver to reach the water?  a. |  | b. |  | c. | 
seconds | d. |  | e. | 
seconds |
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