In this question, all angles are in radians.
Write down the amplitude of .
Write down the period of .
On the axes below, sketch the graph of for
.

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In this question, all angles are in radians.
Write down the amplitude of .
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Write down the period of .
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On the axes below, sketch the graph of for
.
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(i) Write in the form
, where
and
are positive integers.
(ii) Hence solve the equation for
.
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The graph of , where
and
are constants, passes through the point
and has period
.
Find the value of and of
.
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On the axes, sketch the graph of for values of
between 0° and 480°.
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Solve .
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The diagram shows the graph of radians.
Find the value of each of the constants and
.
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The curve has a period of 180°, an amplitude of 20 and passes through the point
. Find the value of each of the constants
.
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The function is defined, for
. Sketch the graph of
on the axes below, stating the coordinates of the point where the graph crosses the
-axis.
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Solve the equation
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Write down the amplitude of
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Write down the period of
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On the axes below, sketch the graph of .
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Solve the equation , where
is in radians and
.
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Solve the equation for
, where
is in radians. Give your answers in terms of
.
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In this question all lengths are in centimetres.
The diagram shows the isosceles triangle , where
and
. The height,
, of the triangle is
.
Find tan , giving your answer in the form
, where
are integers.
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Find , giving your answer in the form
, where
are integers.
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Solve radians, giving your answers in terms of
.
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Solve radians, giving your answers in terms of
.
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Use your answers to part (a) to sketch the graph of radians on the axes below. Show the coordinates of the points where the curve meets the axes.
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Solve .
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Solve the equation
,
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Solve , giving your answers in terms of
.
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(i) Show that .
(ii) Hence solve the equation for for
.
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(i) Show that , where
is a constant to be found.
[3]
(ii) Hence solve
[5]
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(i) Show that .
[3]
(ii) Hence solve for
.
[5]
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Show that .
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(i) Show that .
[4]
(ii) Hence solve .
[4]
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Show that .
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Given that , show that
.
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Hence solve radians, giving your answers in terms of
.
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Solve the equation .
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