Exam 15: Integration

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Determine: Determine:

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The marginal revenue for a product is given by The marginal revenue for a product is given by    =    + 30.Find r. = The marginal revenue for a product is given by    =    + 30.Find r. + 30.Find r.

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Determine: Determine:

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Determine: Determine:    dq dq

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Determine: Determine:

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Suppose the rate of change in the number of violent crimes per 100,000 people in the United States can be modeled by Suppose the rate of change in the number of violent crimes per 100,000 people in the United States can be modeled by    =    .Find c(t). = Suppose the rate of change in the number of violent crimes per 100,000 people in the United States can be modeled by    =    .Find c(t). .Find c(t).

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If y' = If y' =    and y(2)= 5,find y. and y(2)= 5,find y.

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If y' = 6 If y' = 6    - 4x - 3 and y(1)= 2,find y. - 4x - 3 and y(1)= 2,find y.

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If If   = 1,then k = = 1,then k =

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For the region in the first quadrant bounded by f(x)= 2x + 1,x = 0,y = 0,and x = 1,approximate the area by evaluating For the region in the first quadrant bounded by f(x)= 2x + 1,x = 0,y = 0,and x = 1,approximate the area by evaluating    .(Use the right-hand endpoint of each sub-interval.) .(Use the right-hand endpoint of each sub-interval.)

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For the region in the first quadrant bounded by f(x)= For the region in the first quadrant bounded by f(x)=    + 2,y = 0,x = 0,and x = 1,approximate the area by evaluating    .(Use the right-hand endpoint of each sub-interval.) + 2,y = 0,x = 0,and x = 1,approximate the area by evaluating For the region in the first quadrant bounded by f(x)=    + 2,y = 0,x = 0,and x = 1,approximate the area by evaluating    .(Use the right-hand endpoint of each sub-interval.) .(Use the right-hand endpoint of each sub-interval.)

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Find the differential of the function in terms of x and dx. y = ln( Find the differential of the function in terms of x and dx. y = ln(    - 3x + 1) - 3x + 1)

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If If   = 1,then k = = 1,then k =

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By using differentials,an approximation of ln(1.03)is

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A company has determined that its marginal revenue function (in dollars)is given by A company has determined that its marginal revenue function (in dollars)is given by    where x is the number of units made.Find the total revenue for making 12 units by evaluating    . where x is the number of units made.Find the total revenue for making 12 units by evaluating A company has determined that its marginal revenue function (in dollars)is given by    where x is the number of units made.Find the total revenue for making 12 units by evaluating    . .

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A company has determined that its marginal revenue function (in dollars)is given by A company has determined that its marginal revenue function (in dollars)is given by    where x is the number of units sold.Find the total revenue for selling 10 units by evaluating    . where x is the number of units sold.Find the total revenue for selling 10 units by evaluating A company has determined that its marginal revenue function (in dollars)is given by    where x is the number of units sold.Find the total revenue for selling 10 units by evaluating    . .

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Determine: Determine:

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The rate of change in cost of producing a product is given by C'(x)= The rate of change in cost of producing a product is given by C'(x)=    + 2x.Find the increase in cost from producing 5 units to producing 15 units. + 2x.Find the increase in cost from producing 5 units to producing 15 units.

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A bacteria population is increasing at a rate of A bacteria population is increasing at a rate of    = 3        .Find p as a function of t. = 3 A bacteria population is increasing at a rate of    = 3        .Find p as a function of t. A bacteria population is increasing at a rate of    = 3        .Find p as a function of t. .Find p as a function of t.

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Determine: Determine:    dx dx

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