Here is a sketch of whereÂ
is a quadratic function.
The graph
intersects the
-axis atÂ
and
has a maximum point at
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Work out the coordinates of .
The equation has exactly one solution.
Write down the value of .
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Select a download format for Shapes of Graphs
Here is a sketch of whereÂ
is a quadratic function.
The graph
intersects the -axis atÂ
and
has a maximum point at
Work out the coordinates of .
How did you do?
The equation has exactly one solution.
Write down the value of .
How did you do?
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Here is a sketch of   where  Â
is a point on the curve.
Work out the value of .
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 is a point on the curve with
-coordinate
Work out the -coordinate of
.
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The function      has domainÂ
 Â
Here is the graph of  Â
Write down the equation of the line of symmetry of the graph.
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Use the graph to work out the solutions of  Â
Give your answers to 1 decimal place.
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Here is the graph of for values of
between 0 and 6
By drawing a suitable linear graph on the grid, work out approximate solutions to
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The graph shown has the equation
It has a stationary point at
Work out the values of and
.
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The curveÂ
      has a maximum point atÂ
     has a minimum point atÂ
      intersects the -axis at
.
The curve crosses the -axis at three distinct points.
On the axes below, sketch the curve.
Label the points andÂ
on your sketch.
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Here is a sketch of the curve whereÂ
andÂ
are positive constants.
and
lie on the curve.
Work out the values of and
.
...............................  Â
...............................
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Here is a sketch of the curve
The curve intersects the -axis at
and
.
Complete the coordinates of and
.
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Write down the range of values for for which  Â
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Here is the graph of  for values ofÂ
from
to
By drawing a suitable linear graph on the grid, work out approximate solutions to
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Here is a sketch of   where
and
are constants.
The graph intersects the -axis at
andÂ
and the
-axis at point
Work out the coordinates of point .
You must show your working.
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The graph of is shown, where
.
The line intersects the graph exactly once.
Find the value of .
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 is a cubic curve with a maximum and a minimum stationary point.
The -coordinate of the minimum point is Â
.
The -coordinate of the maximum point is Â
.
is a point on the curve.
The tangent at has a negative gradient.
Sketch the curve on the grid below and show the coordinates of the stationary points.
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The continuous curve g(
)Â has exactly two stationary points.
The stationary points are
a maximum point at where
and
 a minimum point at
On the axes below, sketch the curve.
Label points and
on your sketch.
How did you do?
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The graph of is shown, where
and
are positive constants.
The graph has a -intercept of
and passes through the point
By finding the values of and
, work out the equation of the graph.
Give your answer in the form where
and
are integers and where
is the smallest positive integer possible.
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