Let .
For the graph of , find the equation of:
the vertical asymptote
Find .
Write down the equation of the vertical asymptote to the graph of
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Let .
For the graph of , find the equation of:
the vertical asymptote
Find .
Write down the equation of the vertical asymptote to the graph of
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Consider , for , where .
and are the equations of the asymptotes of the graph of . Point lies on the graph.
Find the values of and .
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Consider the function defined by , , .
Write down the value of .
Write down the equation of the horizontal asymptote to the graph of .
Show that , where and are constants to be determined.
Sketch the graph of .
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Let , for .
For the graph of , find the coordinates of
the -intercept
For the graph of , find the equation of
the vertical asymptote
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Consider the function defined by , , .
Find the coordinates of the points where the graph of intersects the coordinate axes.
Express as partial fractions.
Hence find the equation of the horizontal asymptote to the graph of .
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Consider the function , ,
Find the coordinates of the points where the graph of intersects the
Write down the equations of
to the graph of .
By considering the value of for large positive and large negative values of , sketch the graph of . Be sure to indicate clearly the points of intersection with the coordinate axes, as well as any asymptotes.
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Consider the function , , .
Find the coordinates of the points where the graph of intersects the
Write down the equation of the vertical asymptote to the graph of .
Sketch the graph of . Be sure to indicate clearly the points of intersection with the coordinate axes, as well as any asymptotes.
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Let be a function defined by , , .
Write down
Show that can be written in the form , where , and are constants to be determined.
Use an algebraic method to show that the graph of does not cross the -axis.
Sketch the graph of and hence write down the range of the function .
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Let , for
The line is a vertical asymptote of the graph of .
Write down the value of .
The graph of passes through the point .
Find the value of .
Find .
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Consider , where .
and are the equations of the asymptotes of the graph of . Point lies on the graph.
Find the values of and .
Sketch the graph of .
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Let , for
The line is a vertical asymptote of the graph of .
Write down the value of
The graph of passes through the point .
Find the value of .
Find
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Consider the function defined by , for
Find the coordinates where the graph of intersects the coordinate axes.
Sketch the graph of .
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The graph of a function is shown below. The equations of the asymptotes are and The graph crosses the coordinate axes at the points and .
Write down the value of .
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Consider the function
Find the coordinates where the graph of crosses the
Find the equation of the oblique asymptote of the graph of , giving the answer in the form where .
Sketch the graph of . Clearly indicate the asymptotes and give coordinates of the points where the graph intersects the axes.
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Consider the function defined by where . The lines and are vertical asymptotes of the graph of as shown below. The graph crosses through the points and .
Find the values of and .
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The graph of a function is shown below. The equations of the asymptotes are and . The graph crosses the -axis at .
The function can be written as , where
Find the values of and .
Find the exact coordinates of the points where crosses the -axis.
Given that has no real solutions where , find the set of possible values of . Give the bounds correct to 2 decimal places.
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Consider the function , for .
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Consider the function , for .
Prove that is an even function.
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The graph of a function is shown below. The graph crosses the -axis at the point A and the -axis at point B. The asymptotes intersect at the point C. The area of the triangle is 3.
Find an equation for in the form , where .
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Let the function be defined by , where is a positive constant.
Write down the value of .
Sketch the graph of . State the equations of the asymptotes and give the coordinates of the intersections with the coordinate axes in terms of .
Given that the graph of intersects the line given by , find the set of possible values of a.
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Consider the function defined by The graph of is shown below. The graph has a maximum point at A and a minimum point at B.
Show that is defined for all .
Hence, find the coordinates of A and B.
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Consider the function defined by , where and are positive constants and .
In the case that and are distinct:
Sketch the graph of in that case that:
Clearly indicate where the graph crosses the coordinate axes and any asymptotes or discontinuities.
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Sketch the graph of the function be defined by Clearly indicate the coordinates where the graph intersects the axes and state the equation of any asymptotes.
Sketch the graph of the function defined by Clearly indicate the coordinates where the graph intersects the axes and state the equation of any asymptotes.
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The graph of a function is shown below. The graph crosses the -axis at the points and . The graph crosses the -axis at . The equation of the vertical asymptote is .
The function can be written in the form , where
Given that , find the values of and .
Hence find the equation of the oblique asymptote.
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Consider the function defined by , where . The line is the only vertical asymptote of the graph of as shown below. The graph crosses through the points and where is a positive constant. The line is a tangent to the graph of at the point .
Find the values of and .
Find the coordinates of .
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Consider the function
Solve
Show that , where and are constants to be found.
Using the answer to part (b), sketch the graph of . Clearly indicate the coordinates of the points where the graph intersects the axes and state the equations of any asymptotes.
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The diagram below shows the graphs of two linear functions and and a quadratic function .
Sketch the graph of . Clearly indicate where the graph intersects the -axis and the location of any vertical asymptotes.
Sketch the graph of . Clearly indicate where the graph intersects the -axis and the location of any vertical asymptotes.
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