Exam 2: Rate of Change: the Derivative

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Give the difference quotient approximation to 2 decimal places of Give the difference quotient approximation to 2 decimal places of   where   . where Give the difference quotient approximation to 2 decimal places of   where   . .

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Using the graph of Using the graph of   , at x=D is   positive, negative or zero?    , at x=D is Using the graph of   , at x=D is   positive, negative or zero?    positive, negative or zero? Using the graph of   , at x=D is   positive, negative or zero?    Using the graph of   , at x=D is   positive, negative or zero?

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Cost and revenue functions for a certain chemical manufacturer are given in the following figure. When does Revenue=Cost? Cost and revenue functions for a certain chemical manufacturer are given in the following figure. When does Revenue=Cost?

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Assume that f and g are differentiable functions defined on all of the real line. If Assume that f and g are differentiable functions defined on all of the real line. If   everywhere and   everywhere then   . everywhere and Assume that f and g are differentiable functions defined on all of the real line. If   everywhere and   everywhere then   . everywhere then Assume that f and g are differentiable functions defined on all of the real line. If   everywhere and   everywhere then   . .

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Cost and revenue functions for a certain chemical manufacturer are given in the following figure. What is the current sale price? Cost and revenue functions for a certain chemical manufacturer are given in the following figure. What is the current sale price?

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Let Let   be the temperature in degrees Celsius at a height h (in meters) above the surface of the earth. Which of the following gives the height, in meters, at which the rate of change of temperature with respect to height is 25 degrees per meter? be the temperature in degrees Celsius at a height h (in meters) above the surface of the earth. Which of the following gives the height, in meters, at which the rate of change of temperature with respect to height is 25 degrees per meter?

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Let Let   . Write an equation for the line tangent to the graph of   at the point where x = 4. . Write an equation for the line tangent to the graph of Let   . Write an equation for the line tangent to the graph of   at the point where x = 4. at the point where x = 4.

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Let Let   be the fuel efficiency of a car moving at v miles per hour. with efficiency measured in miles per gallon. Suppose   and   . What would you expect   to be? be the fuel efficiency of a car moving at v miles per hour. with efficiency measured in miles per gallon. Suppose Let   be the fuel efficiency of a car moving at v miles per hour. with efficiency measured in miles per gallon. Suppose   and   . What would you expect   to be? and Let   be the fuel efficiency of a car moving at v miles per hour. with efficiency measured in miles per gallon. Suppose   and   . What would you expect   to be? . What would you expect Let   be the fuel efficiency of a car moving at v miles per hour. with efficiency measured in miles per gallon. Suppose   and   . What would you expect   to be? to be?

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If If   is the length of the side of a cube in terms of its volume, then calculate the average rate of change of x with respect to V over the interval 1<V<2. Round to 2 decimal places. is the length of the side of a cube in terms of its volume, then calculate the average rate of change of x with respect to V over the interval 1<V<2. Round to 2 decimal places.

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The first figure shows the graph of the derivative of a function. Could the second figure be the original function? The first figure shows the graph of the derivative of a function. Could the second figure be the original function?    The first figure shows the graph of the derivative of a function. Could the second figure be the original function?

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Find Find   algebraically by using the limit definition if   . algebraically by using the limit definition if Find   algebraically by using the limit definition if   . .

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Could the function on the right be the second derivative of the function on the left? Could the function on the right be the second derivative of the function on the left?    Could the function on the right be the second derivative of the function on the left?

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A table of values is given for A table of values is given for   . A. Is   positive or negative? B. Is   positive or negative? C. Approximate   by averaging the approximations from either side.  . A. Is A table of values is given for   . A. Is   positive or negative? B. Is   positive or negative? C. Approximate   by averaging the approximations from either side.  positive or negative? B. Is A table of values is given for   . A. Is   positive or negative? B. Is   positive or negative? C. Approximate   by averaging the approximations from either side.  positive or negative? C. Approximate A table of values is given for   . A. Is   positive or negative? B. Is   positive or negative? C. Approximate   by averaging the approximations from either side.  by averaging the approximations from either side. A table of values is given for   . A. Is   positive or negative? B. Is   positive or negative? C. Approximate   by averaging the approximations from either side.

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Considering the graphs below, could f(x) be the derivative of g(x)? Considering the graphs below, could f(x) be the derivative of g(x)?    Considering the graphs below, could f(x) be the derivative of g(x)?

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The population of a certain town is given by the function The population of a certain town is given by the function   where t is the number of years since the town was incorporated. If   is constant for t >185, what will   be if   and   ? where t is the number of years since the town was incorporated. If The population of a certain town is given by the function   where t is the number of years since the town was incorporated. If   is constant for t >185, what will   be if   and   ? is constant for t >185, what will The population of a certain town is given by the function   where t is the number of years since the town was incorporated. If   is constant for t >185, what will   be if   and   ? be if The population of a certain town is given by the function   where t is the number of years since the town was incorporated. If   is constant for t >185, what will   be if   and   ? and The population of a certain town is given by the function   where t is the number of years since the town was incorporated. If   is constant for t >185, what will   be if   and   ? ?

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The cost of mining a ton of coal is rising faster every year. Suppose The cost of mining a ton of coal is rising faster every year. Suppose   is the cost of mining a ton of coal at time t. Which of the following must be positive? Select all that apply. is the cost of mining a ton of coal at time t. Which of the following must be positive? Select all that apply.

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The cost of extracting T tons of ore from a copper mine is The cost of extracting T tons of ore from a copper mine is   dollars. What are the units for   ? dollars. What are the units for The cost of extracting T tons of ore from a copper mine is   dollars. What are the units for   ? ?

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Let Let   represent the dollar amount charged per hour by a computer consultant to a client when they sign a contract t hours of work. The consultant gives a discount to the client if the contract is increased by 10 hours. Estimate the amount charged per hour when the client orders 130 hours of work. represent the dollar amount charged per hour by a computer consultant to a client when they sign a contract t hours of work. The consultant gives a discount to the client if the contract is increased by 10 hours. Estimate the amount charged per hour when the client orders 130 hours of work.

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The height of an object in feet above the ground is given in the following table. The average velocity over the interval The height of an object in feet above the ground is given in the following table. The average velocity over the interval   is _____ feet/sec.  is _____ feet/sec. The height of an object in feet above the ground is given in the following table. The average velocity over the interval   is _____ feet/sec.

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A newspaper headline recently read , " Taxes are increasing at an decreasing rate". This says that the second derivative is negative.

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