Exam 2: Derivatives

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Differentiate. Differentiate.

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A company makes computer chips from square wafers of silicon. It wants to keep the side length of a wafer very close to A company makes computer chips from square wafers of silicon. It wants to keep the side length of a wafer very close to   mm. The area is A(x). Find   (   ). mm. The area is A(x). Find A company makes computer chips from square wafers of silicon. It wants to keep the side length of a wafer very close to   mm. The area is A(x). Find   (   ). ( A company makes computer chips from square wafers of silicon. It wants to keep the side length of a wafer very close to   mm. The area is A(x). Find   (   ). ).

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The displacement of a particle on a vibrating string is given by the equation The displacement of a particle on a vibrating string is given by the equation   where s is measured in centimeter and t in seconds. Find the velocity of the particle after t seconds. where s is measured in centimeter and t in seconds. Find the velocity of the particle after t seconds.

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Find the derivative of the function. Find the derivative of the function.

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s(t) is the position of a body moving along a coordinate line; s(t) is measured in feet and t in seconds, where s(t) is the position of a body moving along a coordinate line; s(t) is measured in feet and t in seconds, where   . Find the position, velocity, and speed of the body at the indicated time.   ; t = 3 . Find the position, velocity, and speed of the body at the indicated time. s(t) is the position of a body moving along a coordinate line; s(t) is measured in feet and t in seconds, where   . Find the position, velocity, and speed of the body at the indicated time.   ; t = 3 ; t = 3

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Differentiate. Differentiate.

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Calculate Calculate   .  . Calculate   .

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s(t) is the position of a body moving along a coordinate line, where s(t) is the position of a body moving along a coordinate line, where   , and s(t) is measured in feet and t in seconds.    a.Determine the time(s) and the position(s) when the body is stationary. b.When is the body moving in the positive direction? In the negative direction? c.Sketch a schematic showing the position of the body at any time t. , and s(t) is measured in feet and t in seconds. s(t) is the position of a body moving along a coordinate line, where   , and s(t) is measured in feet and t in seconds.    a.Determine the time(s) and the position(s) when the body is stationary. b.When is the body moving in the positive direction? In the negative direction? c.Sketch a schematic showing the position of the body at any time t. a.Determine the time(s) and the position(s) when the body is stationary. b.When is the body moving in the positive direction? In the negative direction? c.Sketch a schematic showing the position of the body at any time t.

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Match the graph of the function with the graph of its derivative. Match the graph of the function with the graph of its derivative.

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Differentiate the function. Differentiate the function.

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The curve with the equation The curve with the equation   is called an astroid. Find an equation of the tangent to the curve at the point (   , 1).  is called an astroid. Find an equation of the tangent to the curve at the point ( The curve with the equation   is called an astroid. Find an equation of the tangent to the curve at the point (   , 1).  , 1). The curve with the equation   is called an astroid. Find an equation of the tangent to the curve at the point (   , 1).

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Refer to the law of laminar flow. Consider a blood vessel with radius 0.01 cm, length 3 cm, pressure difference  Refer to the law of laminar flow. Consider a blood vessel with radius 0.01 cm, length 3 cm, pressure difference   and viscosity  \eta  =0.028. Find the velocity of the blood at radius r =   and viscosity η\eta =0.028. Find the velocity of the blood at radius r =  Refer to the law of laminar flow. Consider a blood vessel with radius 0.01 cm, length 3 cm, pressure difference   and viscosity  \eta  =0.028. Find the velocity of the blood at radius r =

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If u is a differentiable function of x and f (x) = |u| then If u is a differentiable function of x and f (x) = |u| then   . Use this to find the derivative of the following function. F (x) = |x<sup>2</sup> - 4| . Use this to find the derivative of the following function. F (x) = |x2 - 4|

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Find Find    Find

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Find the instantaneous rate of change of the function Find the instantaneous rate of change of the function   when  when Find the instantaneous rate of change of the function   when

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Find the derivative of the function. Find the derivative of the function.

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If a tank holds 5000 gallons of water, and that water can drain from the tank in 40 minutes, then Torricelli's Law gives the volume V of water remaining in the tank after t minutes as If a tank holds 5000 gallons of water, and that water can drain from the tank in 40 minutes, then Torricelli's Law gives the volume V of water remaining in the tank after t minutes as   . Find the rate at which water is draining from the tank after 6 minutes. . Find the rate at which water is draining from the tank after 6 minutes.

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Find the average rate of change of the area of a circle with respect to its radius r as r changes from Find the average rate of change of the area of a circle with respect to its radius r as r changes from   to   . to Find the average rate of change of the area of a circle with respect to its radius r as r changes from   to   . .

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Find Find

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Find the rate of change of y with respect to x at the given values of x and y. Find the rate of change of y with respect to x at the given values of x and y.   ; x = 3, y = -5 ; x = 3, y = -5

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