Exam 10: Conic Sections and More Graphing

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Select the graph of the ellipse. Select the graph of the ellipse.

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Solve the system of equations algebraically for real values of Solve the system of equations algebraically for real values of   and   .  and Solve the system of equations algebraically for real values of   and   .  . Solve the system of equations algebraically for real values of   and   .

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Graph the equation. Graph the equation.

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Refer to the illustration. How far does a point on the tip of a rotor blade travel when it makes one complete revolution? The length of the blade Refer to the illustration. How far does a point on the tip of a rotor blade travel when it makes one complete revolution? The length of the blade   is equal to 17 feet.  is equal to 17 feet. Refer to the illustration. How far does a point on the tip of a rotor blade travel when it makes one complete revolution? The length of the blade   is equal to 17 feet.

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By determining the difference of the distances between the ship shown in the illustration and two radio transmitters, the LORAN system places the ship on the hyperbola By determining the difference of the distances between the ship shown in the illustration and two radio transmitters, the LORAN system places the ship on the hyperbola     If the ship is also 5 miles out to sea, find its coordinates. By determining the difference of the distances between the ship shown in the illustration and two radio transmitters, the LORAN system places the ship on the hyperbola     If the ship is also 5 miles out to sea, find its coordinates. If the ship is also 5 miles out to sea, find its coordinates.

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Graph the function. Graph the function.

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Find the vertex of the parabola and graph it. Find the vertex of the parabola and graph it.

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Graph the function and give the intervals on which F ( x ) is increasing, decreasing, or constant. Graph the function and give the intervals on which F ( x ) is increasing, decreasing, or constant.

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Solve the system of equations algebraically for real values of Solve the system of equations algebraically for real values of   and    and Solve the system of equations algebraically for real values of   and    Solve the system of equations algebraically for real values of   and

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Graph the equation. Graph the equation.

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Write the equation in standard form. Write the equation in standard form.

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Joan wants to jog Joan wants to jog   miles on a circular track   mile in diameter. How many times must she circle the track? miles on a circular track Joan wants to jog   miles on a circular track   mile in diameter. How many times must she circle the track? mile in diameter. How many times must she circle the track?

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Graph the equation. Graph the equation.

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Find the vertex of the parabola and graph it. Find the vertex of the parabola and graph it.

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Graph the hyperbola. Graph the hyperbola.

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Suppose the two "legs" of the compass shown in the illustration are adjusted so that the distance between the pointed ends is 3 inches. What will the area of the circle be, if Suppose the two legs of the compass shown in the illustration are adjusted so that the distance between the pointed ends is 3 inches. What will the area of the circle be, if   ?  ? Suppose the two legs of the compass shown in the illustration are adjusted so that the distance between the pointed ends is 3 inches. What will the area of the circle be, if   ?

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One section of a suspension bridge hangs between two towers that are 40 feet above the surface and 300 feet apart. One section of a suspension bridge hangs between two towers that are 40 feet above the surface and 300 feet apart.   A cable strung between the tops of the two towers is in the shape of a parabola with its vertex 20 feet above the surface. With axes drawn as indicated in the figure, find the equation of the parabola. A cable strung between the tops of the two towers is in the shape of a parabola with its vertex 20 feet above the surface. With axes drawn as indicated in the figure, find the equation of the parabola.

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