Solve the equation
for .
Did this page help you?
Exam code: 9MA0
Solve the equation
for .
How did you do?
Did this page help you?
Given that
find the values of such that
.
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Sketch the curve , where
is in radians.
How did you do?
Find the solution of the equation
How did you do?
Did this page help you?
Show that
can be written as
where radians, to 3 significant figures.
How did you do?
Did this page help you?
Solve the equation
for , giving your answers in an exact form.
How did you do?
Did this page help you?
State the domain and range of the function
How did you do?
Solve the equation
How did you do?
Did this page help you?
Use the small angle approximation to find an estimate of the solution to the equation
in the interval .
How did you do?
Solve
for , giving your answer to 3 significant figures.
How did you do?
Did this page help you?
Sketch the curve for
.
How did you do?
(i) By adding a suitable straight line to your sketch in part (a), show that the equation
where has no real solutions.
(ii) Find the possible values of for which the equation
has no real solutions.
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Show that the equation
can be written as
How did you do?
Hence solve for
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Given that
find the values of such that
.
How did you do?
Did this page help you?
Write
in the form
where and
.
Give in the form
where
and
are integers to be found.
How did you do?
Hence solve the equation
for .
Give your answers to 3 significant figures.
How did you do?
State the maximum value of
and find the smallest positive value of for which this maximum value occurs, to 3 significant figures.
How did you do?
Did this page help you?
Show that the equation
can be written in the form
How did you do?
Hence solve the equation
for , giving your answers to 3 significant figures.
How did you do?
Did this page help you?
Solve the equation
for , giving your answers in an exact form.
How did you do?
Did this page help you?
Solve the equation
for .
Give your answers to 3 significant figures, where necessary.
How did you do?
Did this page help you?
State the domain and range of the function
How did you do?
Solve the equation
How did you do?
Did this page help you?
Use a small angle approximation to estimate the solution to the equation
How did you do?
Find the exact solution to
for in the form
where is an integer to be found.
How did you do?
Find, to 2 significant figures, the percentage error in using the approximate solution from part (a) instead of the the exact solution from part (b).
How did you do?
Did this page help you?
Solve the equation
for .
Give your answers to one decimal place, where necessary.
How did you do?
Did this page help you?
In this question you must show all stages of your working.
Solutions relying entirely on calculator technology are not acceptable.
Show that the equation
may be written as
where ,
and
are constants to be found.
How did you do?
Hence solve for
How did you do?
Did this page help you?
Show that
How did you do?
Hence, or otherwise, solve for
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Given that
and that
where , find the values of
and
.
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Write
in the form
where and
, giving
to 3 significant figures.
How did you do?
Solve the equation
for .
Give your answers to 3 significant figures.
How did you do?
State the minimum value of
and find the smallest positive value of for which this minimum value occurs, to 3 significant figures.
How did you do?
Did this page help you?
Solve the equation
for , giving your answers in an exact form.
How did you do?
Did this page help you?
On the same axes, sketch the curves and
, where
is in radians.
How did you do?
State the solution to the equation
How did you do?
Did this page help you?
Use a small angle approximation to estimate the positive solution to the equation
Give your answer to 6 decimal places.
How did you do?
Find the exact solution to
for in the form
where ,
and
are integers to be found.
How did you do?
Find, to 2 significant figures, the percentage error in using the approximate solution from part (a) instead of the the exact solution from part (b).
How did you do?
Did this page help you?
Find the possible values of the constant for which the equation
for has
(i) no real solutions
(ii) 1 real solution
(iii) 2 real solutions
(iv) 4 real solutions
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Solve the equation
for .
How did you do?
Did this page help you?
Prove that
How did you do?
Hence solve, for , the equation
Give any non-exact answer to 3 decimal places where appropriate.
How did you do?
Did this page help you?
Given that
find the possible values of and
.
How did you do?
Did this page help you?
Sketch the curve for
.
Label clearly the coordinates of the point at which the curve meets the -axis and state the equations of any asymptotes.
How did you do?
A different curve is given by for
.
Find the coordinates of the point of intersection of this curve with
(i) the -axis,
(ii) the curve in part (a).
How did you do?
Did this page help you?
Solve the equation
for .
Give your answers to 3 significant figures.
How did you do?
State the maximum value of
and find the second smallest positive value of for which this maximum value occurs, to 3 significant figures.
How did you do?
Did this page help you?
Solve the equation
for .
Give your answers to 3 significant figures.
How did you do?
Did this page help you?
Find the domain and range of the function
How did you do?
Solve the equation
How did you do?
Did this page help you?
Find the value of
(i)
(ii)
How did you do?
Explain why
How did you do?
Did this page help you?
Solve the equation
for .
Give your answers in an exact form.
How did you do?
Did this page help you?
The number of real solutions, , to the equation
where is determined by the value of the constant
, where
.
Find the possible values of and state the corresponding range of values of
for each
.
How did you do?
Did this page help you?
Given that is a solution to the cubic equation
solve the equation by factorisation.
How did you do?
Solve
where .
Give your answers to 1 decimal place, where necessary.
How did you do?
Did this page help you?