Sketch the graph of cosec , for .
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Sketch the graph of cosec , for .
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Write down the domain and range for the function cos .
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Hence sketch the graph of cos .
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Solve the equation cot , for , giving your answers to three significant figures.
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Sketch the graph of sec , 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
sin2 cos2
show that
cot2 cosec2
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Show that
sec2 sin tan sec
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Write down the domain and range for the function .
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Hence sketch the graph of .
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Solve the equation cosec2 cosec for , giving your answers to one decimal place where appropriate.
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Show that
cot cosec sec cot2
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Solve the equation sec tan sec , for , giving your answers in exact form.
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Write down the domain and range for the function .
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Hence sketch the graph of .
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Sketch the graph of sec , for .
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Draw a suitable line on your graph to show that the equation sec has four solutions in the range .
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Use the definitions of the secant, cosecant and cotangent functions to show that
sec cot cosec .
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Hence solve, in the range , the equation
sec cot
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Show that the equation
sec
can be rewritten in the form
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Hence solve, in the range , the equation
sec
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Using the double angle formula sin sin cos , show that the equation
sec cosec cosec
can be rewritten in the form
coesec .
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Hence solve, in the range , the equation
sec cosec cosec
giving your answers correct to 3 significant figures.
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Show that the equation
tan2 sec
can be rewritten in the form
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Hence solve, in the range , the equation
tan2 sec
giving your answers correct to 3 significant figures.
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Given that satisfies the equation , where
state the range of possible values of ,
,
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Prove that for , .
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Explain why this is not true for .
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The function is defined as , , and the function is such that .
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 the inverse function and state its domain.
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Rewrite tan cosec as a single trigonometric function.
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Hence solve, in the range , the equation
tan cosec
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Solve, in the range , the equation
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Using the double angle formula sin sin cos , find the solutions to the equation
sec cosec cosec
in the range . Give your answers correct to 3 significant figures.
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Show that the equation
cot2 cosec
can be rewritten in the form
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Hence solve, in the range , the equation
cot2 cosec
giving your answers correct to 3 significant figures.
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Given that satisfies the equation , where ,
state the range of possible values of ,
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Prove that for , .
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Sketch, in the interval , the graph of sec , include asymptotes and label the coordinates of all maximum and minimum points.
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The function is defined as , , and the function is such that .
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 the inverse function and state its domain.
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Solve, in the range , the equation
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Solve, in the range , the equation
sec
Leaving your answers as exact values.
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Using the double angle formulae and , find the solutions to the equation
in the range . Give your answers correct to 3 significant figures.
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Solve, in the range , the equation
Leaving your answers as exact values.
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Given that satisfies the equation , where
state the range of possible values of ,
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Prove that for ,
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Sketch, in the interval , the graph of , include asymptotes and label the coordinates of all maximum and minimum points.
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Deduce the maximum and minimum values of .
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The function is defined as , , and the function is such that
Sketch the graph of and state the domain and range of .
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Define the inverse function in the form …
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Over the same domain as , the function is defined as .
Given that for all in the two functions’ common domain, determine the values of and .
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