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 indefinite integral of  .
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2.
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Find the indefinite integral. 
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3.
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Find the indefinite integral  .
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4.
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Find the indefinite integral. 
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5.
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Find the indefinite integral. 
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6.
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Find  .
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7.
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Find the indefinite integral  .
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8.
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Find  .
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9.
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Find  .
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10.
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Find the indefinite integral.  .
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11.
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Find the solution of the differential equation  which passes
through the point  .
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12.
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Find the solution of the differential equation  which passes
through the point  .
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13.
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Use integration to find the particular solution of the differential equation
 which passes through the point  .
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14.
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Evaluate  .
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15.
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Evaluate the definite integral  .
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16.
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Evaluate the definite integral. 
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17.
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Find  .
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18.
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Find  given  .
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19.
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Find  if  .
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20.
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Find the area of the region given below bounded by the graph of  . 
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21.
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Find the area of the region bounded by the graphs of the equations  Round your answer to four decimal places. a. | 13.6566 | b. | 12.3178 | c. | 12.6566 | d. | 11.3178 | e. | 12.7041 |
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22.
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Suppose a population of bacteria is changing at a rate of 
where t is the time in days. The initial population (when t = 0) is 500. Write an
equation that gives the population at any time t.
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23.
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Suppose a population of bacteria is changing at a rate of 
where t is the time in days. The initial population (when t = 0) is 1,500. Identify an
equation that gives the population at any time t and use it to find the population when  days. Round your answer to the nearest integer. a. | 12,783 | b. | 11,525 | c. | 13,533 | d. | 10,772 | e. | 11,522 |
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24.
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Find the time required for an object to cool from  by
evaluating  , where t is time in minutes. Round
your answer to four decimal places. a. | 6.4346 minutes | b. | 4.4251 minutes | c. | 3.6907
minutes | d. | 4.0598 minutes | e. | 5.8496 minutes |
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25.
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Suppose the demand equation for a product is  Find the
average price p on the interval  . Round your answer to the
nearest dollar. a. | $67 | b. | $83 | c. | $57 | d. | $565 | e. | $52 |
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