Find the value of and the value of .
= ....................................................
= ....................................................
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Differentiation
Find the value of and the value of .
= ....................................................
= ....................................................
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Calculate the gradient of at .
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A curve has equation
Find
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Find the gradient of the curve at the point where:
(i)
[2]
(ii)
[2]
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What can you say about the tangents to the curves at these two points?
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A curve has the equation
Work out the coordinates of the two turning points.
(.................... , ....................) and (.................... , ....................)
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Determine whether each of the turning points is a maximum or a minimum. Give reasons for your answers.
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A curve has equation .
i) Find the coordinates of the two stationary points.
( .................... , .................... ) and ( .................... , .................... ) [5]
ii) Determine whether each of the stationary points is a maximum or a minimum. Give reasons for your answers.
[3]
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A curve has equation .
Find the coordinates of the two turning points.
(............ , ............) and (............ , ............)
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Determine whether each of the turning points is a maximum or a minimum.
Give reasons for your answers.
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The curve has equation where and are constants.
The point with coordinates (2, –6) lies on .
The gradient of the curve at is 16.
Find the coordinate of the point on the curve whose coordinate is 3.
Show clear algebraic working.
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Part of the graph with equation is shown below.
The graph has three stationary points, indicated on the graph by points P , Q and R. Find the area of the triangle PQR.
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The curve has equation .
Find .
= ..............................................
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There are two points on the curve at which the gradient of the curve is .
Find the coordinate of each of these two points. Show clear algebraic working.
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