Step 1:

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The ellipse equation is \"\"

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Convert the equation in standard form of ellipse by using completing square method.

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\"\"

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\"\"

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\"\"

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To change the expressions \"\" and \"\" into a perfect square trinomial, add (half the x coefficient)² and add (half the y coefficient)² to each side of the equation

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\"\"

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\"\"

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\"\"

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\"\"

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\"\"

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Compare with standard form of vertical ellipse is \"\".

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Where \"image\"

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\"image\"  is length of semi major axis and \"image\" is length of semi minor axis.

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Center is \"\", vertices \"\"

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Foci \"\" and \"image\".

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Where \"\".

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\"\"

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In this case \"\".

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Center \"\"

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Vertices \"\"

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Co-vertices \"\"

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\"\"

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Focus \"\"

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\"\"

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\"\"

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Graph:

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Draw the coodinate plane.

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Plot the center, vertices, co-vertices and foci of the ellipse.

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Then sketch the ellipse by using the semi major axis length is 3 units and semi minor axis length is 2 units.

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\"\"

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Solution:

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Center \"\"

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Vertices \"\"

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Focus \"\"

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Eccentricity \"\".