Sketch the graph of for
.
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Sketch the graph of for
.
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Write down the domain and range of the function .
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Sketch the graph of cos
.
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Solve the equation for
, giving your answers to 3 significant figures.
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Sketch the graph of for
.
Label any points of intersection with the coordinate axes and state the equations of any asymptotes.
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Starting with the identity
show that
(i)
(ii)
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Write down the domain and range of the function .
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Sketch the graph of
.
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Write down the domain and range of the function
.
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Sketch the graph of
.
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Show that
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Show that
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Hence solve, in the range , the equation
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Show that
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Solve the equation
for , giving your answers in exact form.
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Show that
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Solve the equation
for , giving your answers to 1 decimal place where appropriate.
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Show that the equation
may be written in the form
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Hence solve
for ,
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Show that the equation
may be written in the form
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Hence solve for
giving your answers correct to 3 significant figures.
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Sketch the graph of for
.
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Use the sketch in part (a) to find the number of solutions to the equation
in the interval .
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(i) For , sketch the curve
, showing the coordinates of any maximum and minimum points.
(ii) Hence, find the number of solutions to the equation
in the interval .
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Write as a single trigonometric function.
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Hence solve for
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The function is defined by
for , and the function
is defined by
Sketch the graph of and state the range of
.
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Sketch the graph of and state the domain of
.
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Find and state its domain.
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Show that the equation
can be written in the form
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Hence solve, for , the equation
giving your answers correct to 3 significant figures.
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Solve, for , the equation
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Given that satisfies the equation
, where
.
(i) state the range of possible values of ,
(ii) find both and
in terms of
.
,
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Show that the equation
may be written in the form
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Hence solve for
giving your answers correct to 3 significant figures.
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Given that satisfies the equation
, where
,
(i) state the range of possible values of ,
(ii) find both and
in terms of
.
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The function is defined by
where , and the function
is defined by
Sketch the graph of and state the range of
.
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Sketch the graph of and state the range of
.
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Find and state its domain.
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(i) Sketch, for , the curve
.
Label clearly the coordinates of any maximum and minimum points.
(ii) Hence find the range of values of for which the equation
has no solutions.
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Solve for
Give your answers correct to 3 significant figures.
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Solve
for .
Give your answers correct to 3 significant figures.
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Solve for
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Solve for
Leaving your answers exact.
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Solve for
giving your answers in an exact form.
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Given that satisfies the equation
where
(i) state the range of possible values of ,
(ii) find both and
in terms of
.
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Sketch, for , the curve
.
Label clearly the coordinates of any maximum and minimum points.
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Find the maximum and minimum values of
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The function is defined by
for , and the function
is defined by
Sketch the graph of and state the domain and range of
.
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Find and state its domain.
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Over the same domain as , the function
is defined by
Given that for all
in the domain, find the values of
and
.
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Show that for
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Explain why the relationship in part (a) is not true for .
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