State the value of
If find
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State the value of
If find
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Find the exact values of the following expressions:
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Sketch the graph of for
Given that and find the values of and
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Solve for
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Show that the equation
can be rewritten as
Hence, solve the equation for all values of in the interval
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A function can be defined by, where
Sketch the graph of indicating clearly any intercepts with the coordinate axes and the coordinates of any local maximum or minimum points.
State the domain and range of.
Solve the inequality .
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The function is defined as and the function is such that .
Sketch the graph of and state the range of.
Sketch the graph of and state the domain of .
Find the inverse function and state its domain.
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Show that .
Hence solve in the range , the equation
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Show that the equation
can be rewritten in the form
Hence, solve the equation in the range .
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Show that the equation
can be rewritten in the form
Hence, solve the equation in the interval . Give your answers correct to 1 decimal place.
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If find
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Sketch the graph of for
Given that and , find the exact value of .
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Show that the equation can be rewritten in the form .
Hence solve for the interval .
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Show that the equation
can be rewritten as
Hence solve the equation for all values of in the interval .
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Consider the function , where .
Sketch the graph of indicating clearly any intercepts with the coordinate axes and any maximum and minimum values.
Write down the domain of .
Find an expression for .
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Consider the function
State whether the function is even, odd or neither. Give a reason for your answer.
A second function is such that , where is an odd function.
Find the value of .
Sketch the graph of and state the range of .
State whether will also be odd. Give a reason for your answer.
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Show that .
Hence solve in the range , the equation .
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Consider the function defined by .
Find the domain of .
Show that can be written as for all in its domain.
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Show that the equation
can be written in the form
Hence solve the equation in the interval . Give your answers correct to 1 decimal place.
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Show that .
Hence determine the set of values for for which has no real solutions.
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Find the exact value for the expression .
Give your answer in the form where .
Find the exact value for the expression .
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Sketch the graph of for
Given that and , find the value of .
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Show that the equation
can be rewritten as
Hence solve the equation
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Consider the function , where is a constant.
Given that has an inverse, find an expression for .
Show that for .
Given that has an inverse, find the maximum value for .
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A function can be defined by .
Sketch the graph of indicating clearly any intercepts with the coordinate axes and asymptotes.
Solve the inequality .
Give your answer in the form where .
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Consider the equation .
Explain why the equation is undefined when for any .
Solve the equation .
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Show that
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Solve the equation for the interval .
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