Exam 11: Limits and Continuity

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Find the following limit.If it is +∞ or -∞ or does not exist,then say so. Find the following limit.If it is +∞ or -∞ or does not exist,then say so.      Find the following limit.If it is +∞ or -∞ or does not exist,then say so.

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Solve: Solve:    ≥ 0 ≥ 0

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    =     = =

(Multiple Choice)
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Consider the graph of f(x) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) Determine the following limits: (a) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x)(d) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x)(g) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x) (b) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x)(e) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x)(h) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x) (c) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x)(f) Consider the graph of f(x)    Determine the following limits: (a)    f(x)(d)    f(x)(g)    f(x) (b)    f(x)(e)    f(x)(h)    f(x) (c)    f(x)(f)    f(x) f(x)

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The demand function for a certain product is given by: p = The demand function for a certain product is given by: p =    ,where p is the price and q is the quantity demanded. (a)Find the values of q for which p > 0. (b)Find the values of q for which p < 0. (c)What do the results of (a)and (b)mean and why does this make sense? ,where p is the price and q is the quantity demanded. (a)Find the values of q for which p > 0. (b)Find the values of q for which p < 0. (c)What do the results of (a)and (b)mean and why does this make sense?

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    =     = =

(Multiple Choice)
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The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)= The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Graph V(r)in the standard viewing rectangle,    ×    and use TRACE to estimate    V(r). π The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Graph V(r)in the standard viewing rectangle,    ×    and use TRACE to estimate    V(r). .Graph V(r)in the standard viewing rectangle, The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Graph V(r)in the standard viewing rectangle,    ×    and use TRACE to estimate    V(r). × The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Graph V(r)in the standard viewing rectangle,    ×    and use TRACE to estimate    V(r). and use TRACE to estimate The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Graph V(r)in the standard viewing rectangle,    ×    and use TRACE to estimate    V(r). V(r).

(Short Answer)
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By looking at the graph,give the following limits. (a) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x) (c)    f(x)  f(x) (b) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x) (c)    f(x)  f(x) (c) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x) (c)    f(x)  f(x) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x) (c)    f(x)

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If f(x)= 3x - 7,then If f(x)= 3x - 7,then     = If f(x)= 3x - 7,then     = =

(Multiple Choice)
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By looking at the graph,give the following limits. (a) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x)  f(x) (b) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x)  f(x) By looking at the graph,give the following limits. (a)    f(x) (b)    f(x)

(Essay)
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The rate of change of productivity p (in number of units produced per hour)increases with time on the job by the function p = The rate of change of productivity p (in number of units produced per hour)increases with time on the job by the function p =    .Find    p. .Find The rate of change of productivity p (in number of units produced per hour)increases with time on the job by the function p =    .Find    p. p.

(Essay)
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The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)= The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Find    V(r). π The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Find    V(r). .Find The volume of helium in a spherical balloon (in cubic centimeters)as a function of the radius,r,in centimeters,is given by V(r)=    π    .Find    V(r). V(r).

(Short Answer)
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Let f(x)= Let f(x)=    Find all points of discontinuity for this function. Find all points of discontinuity for this function.

(Short Answer)
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Solve the inequality: Solve the inequality:    < 0. < 0.

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A lawyer charges $300 for the first hour of work at your house and $100 for every hour (or fraction thereof)afterwards.The function for what the visit will cost you is given by: f(x)= A lawyer charges $300 for the first hour of work at your house and $100 for every hour (or fraction thereof)afterwards.The function for what the visit will cost you is given by: f(x)=    (a)Find    f(x) (b)Find    f(x) (c)Find    f(x) (a)Find A lawyer charges $300 for the first hour of work at your house and $100 for every hour (or fraction thereof)afterwards.The function for what the visit will cost you is given by: f(x)=    (a)Find    f(x) (b)Find    f(x) (c)Find    f(x) f(x) (b)Find A lawyer charges $300 for the first hour of work at your house and $100 for every hour (or fraction thereof)afterwards.The function for what the visit will cost you is given by: f(x)=    (a)Find    f(x) (b)Find    f(x) (c)Find    f(x) f(x) (c)Find A lawyer charges $300 for the first hour of work at your house and $100 for every hour (or fraction thereof)afterwards.The function for what the visit will cost you is given by: f(x)=    (a)Find    f(x) (b)Find    f(x) (c)Find    f(x) f(x)

(Essay)
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The cost C of processing exhaust gases so that you remove all but x percent of the pollutants is given by The cost C of processing exhaust gases so that you remove all but x percent of the pollutants is given by    Find the values of x for which C < 0.Discuss the meaning of the results. Find the values of x for which C < 0.Discuss the meaning of the results.

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If the profit function for a certain business is given by: P(x)= 225x - If the profit function for a certain business is given by: P(x)= 225x -    - 800,use the rule about the limit of a polynomial function to determine    P(x). - 800,use the rule about the limit of a polynomial function to determine If the profit function for a certain business is given by: P(x)= 225x -    - 800,use the rule about the limit of a polynomial function to determine    P(x). P(x).

(Short Answer)
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Find: limx5\lim_{x \rightarrow 5} x2h\frac{x^{2}}{h}

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The cost C of producing x units of a certain product is given by The cost C of producing x units of a certain product is given by    Find    C(x)and discuss what this means. Find The cost C of producing x units of a certain product is given by    Find    C(x)and discuss what this means. C(x)and discuss what this means.

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Find Find        where f(x)=    + 3x + 5 Find        where f(x)=    + 3x + 5 where f(x)= Find        where f(x)=    + 3x + 5 + 3x + 5

(Short Answer)
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