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
.

Was this exam question helpful?
Exam code: 606
In this question, all angles are in radians.
Write down the amplitude of .
How did you do?
Write down the period of .
How did you do?
On the axes below, sketch the graph of for
.

How did you do?
Was this exam question helpful?
(i) Write in the form
, where
and
are positive integers.
(ii) Hence solve the equation for
.
How did you do?
Was this exam question helpful?
The graph of , where
and
are constants, passes through the point
and has period
.
Find the value of and of
.
How did you do?
On the axes, sketch the graph of for values of
between 0° and 480°.

How did you do?
Was this exam question helpful?
Solve .
How did you do?
Was this exam question helpful?

The diagram shows the graph of radians.
Find the value of each of the constants and
.
How did you do?
Was this exam question helpful?
The curve has a period of 180°, an amplitude of 20 and passes through the point
. Find the value of each of the constants
.
How did you do?
Was this exam question helpful?
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.

How did you do?
Was this exam question helpful?
Solve the equation
How did you do?
Was this exam question helpful?
Write down the amplitude of
How did you do?
Write down the period of
How did you do?
On the axes below, sketch the graph of .

How did you do?
Was this exam question helpful?
Solve the equation , where
is in radians and
.
How did you do?
Was this exam question helpful?
Solve the equation for
, where
is in radians. Give your answers in terms of
.
How did you do?
Was this exam question helpful?
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.
How did you do?
Find , giving your answer in the form
, where
are integers.
How did you do?
Was this exam question helpful?
Solve radians, giving your answers in terms of
.
How did you do?
Was this exam question helpful?
Solve radians, giving your answers in terms of
.
How did you do?
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.

How did you do?
Was this exam question helpful?
Solve .
How did you do?
Was this exam question helpful?
Solve the equation
,
How did you do?
Was this exam question helpful?
Solve , giving your answers in terms of
.
How did you do?
Was this exam question helpful?
In this question, all angles are measured in radians.
The graph of has an amplitude of
, a period of
and passes through the point with coordinates
.
Find the constants ,
and
.
How did you do?
Sketch the graph of for
.
Label clearly any points of intersection with the coordinate axes and any asymptotes.
How did you do?
Was this exam question helpful?
(i) Show that .
(ii) Hence solve the equation for for
.
How did you do?
Was this exam question helpful?
(i) Show that , where
is a constant to be found.
[3]
(ii) Hence solve
[5]
How did you do?
Was this exam question helpful?
(i) Show that .
[3]
(ii) Hence solve for
.
[5]
How did you do?
Was this exam question helpful?
Show that .
How did you do?
Was this exam question helpful?
(i) Show that .
[4]
(ii) Hence solve .
[4]
How did you do?
Was this exam question helpful?
Show that .
How did you do?
Was this exam question helpful?
Given that , show that
.
How did you do?
Hence solve radians, giving your answers in terms of
.
How did you do?
Was this exam question helpful?
Solve the equation .
How did you do?
Was this exam question helpful?
Throughout this question, and
.
Show that where
is a constant to be found.
How did you do?
Show that .
How did you do?
Use your answers to part (a) and part (b) to simplify the expression .
Hence, or otherwise, solve
for .
How did you do?
Was this exam question helpful?