Exam 11: Topics From Analytic Geometry

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Find an equation for the indicated half of the parabola. Find an equation for the indicated half of the parabola.

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Find an equation for the set of points in an xy-plane such that the difference of the distances from F and F ' is k. Find an equation for the set of points in an xy-plane such that the difference of the distances from F and F ' is k.

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Lissajous figures are used in the study of electrical circuits to determine the phase difference Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  between a known voltage Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  and an unknown voltage Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  having the same frequency. The voltages are graphed parametrically as Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  and Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  . If Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  is acute, then Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  where y int is the nonnegative y -intercept and y max is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  in degrees if Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y -value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if

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Lissajous figures are used in the study of electrical circuits to determine the phase difference Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  between a known voltage Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  and an unknown voltage Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  having the same frequency. The voltages are graphed parametrically as Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  and Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  . If Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  is acute, then Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  where y int is the nonnegative y -intercept and y max is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if  in degrees if Lissajous figures are used in the study of electrical circuits to determine the phase difference   between a known voltage   and an unknown voltage   having the same frequency. The voltages are graphed parametrically as   and   . If   is acute, then   where y<sub> </sub><sub>int</sub><sub> </sub> is the nonnegative y -intercept and y<sub> max </sub> is the maximum y-value on the curve. Graph the parametric curve and use the graph to approximate   in degrees if

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Find a polar equation in r and Find a polar equation in r and   that has the same graph as the equation in x and y.  that has the same graph as the equation in x and y. Find a polar equation in r and   that has the same graph as the equation in x and y.

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Find an equation in x and y for the polar equation. Find an equation in x and y for the polar equation.

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Find a polar equation in r and Find a polar equation in r and   that has the same graph as the equation in x and y.  that has the same graph as the equation in x and y. Find a polar equation in r and   that has the same graph as the equation in x and y.

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Find an equation for the parabola that has a horizontal axis and passes through the given points. Find an equation for the parabola that has a horizontal axis and passes through the given points.

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Find the eccentricity. Find the eccentricity.

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Find the foci of the ellipse. Find the foci of the ellipse.

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Find an equation in x and y whose graph contains the points on the curve C. Find an equation in x and y whose graph contains the points on the curve C.

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Find the foci of the ellipse. Find the foci of the ellipse.

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Find the vertices, the foci, and the equations of the asymptotes of the hyperbola. Find the vertices, the foci, and the equations of the asymptotes of the hyperbola.

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Find an equation for the parabola that has a horizontal axis and passes through the given points. Find an equation for the parabola that has a horizontal axis and passes through the given points.

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Find the vertices, the foci, and the equations of the asymptotes of the hyperbola. Find the vertices, the foci, and the equations of the asymptotes of the hyperbola.

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Find an equation for the set of points in an xy-plane such that the sum of the distances from Find an equation for the set of points in an xy-plane such that the sum of the distances from   and   is   .  and Find an equation for the set of points in an xy-plane such that the sum of the distances from   and   is   .  is Find an equation for the set of points in an xy-plane such that the sum of the distances from   and   is   .  . Find an equation for the set of points in an xy-plane such that the sum of the distances from   and   is   .

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Sketch the graph of the ellipse, showing the foci . Sketch the graph of the ellipse, showing the foci .

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Find the foci of the ellipse. Find the foci of the ellipse.

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Find an equation of the parabola that satisfies the condition. Vertex Find an equation of the parabola that satisfies the condition. Vertex   , directrix  , directrix Find an equation of the parabola that satisfies the condition. Vertex   , directrix

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Find an equation for the set of points in an xy-plane that are equidistant from the point P and the line l. Find an equation for the set of points in an xy-plane that are equidistant from the point P and the line l.

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