\"\"

\

The focus of the parabola is \"\".

\

The vertex of the parabola is \"\".

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Since the \"\"-coordinate of the focus and vertex are same, the parabola is vertical.

\

Standard form of the vertical parabola is \"\".

\

Where, Vertex : \"\",

\

Focus : \"\",

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Axis of symmetry : \"\",

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Directrix : \"\".

\

\

Vertex of the vertical parabola : \"\".

\

So, \"\" and \"\".

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Focus of the vertical parabola : \"\".

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\"\"

\

\"\".

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Since \"\", the parabola opens up.

\

Axis of symmetry : \"\",

\

Directrix : \"\".

\

\

Write the equation for the parabola in standard form using the values of \"\", and \"\".

\

Standard form of the vertical parabola is \"\".

\

Substitute the values of \"\", \"\", and \"\" in standard form.

\

\"\"

\

\"\".

\

Therefore, the standard form of the equation is \"\".

\

\

Graph the vertex, focus, axis of symmetry, and directrix.

\

Construct a table values to graph the general shape of the curve.

\

The equation is \"\".

\

Solve for \"\".

\

\"\"

\ \
\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \
\"\" \

\"\"

\
\"\"
\"\" \

\"\"

\
\

\"\"

\

\"\"

\
\"\" \

\"\"

\
\

\"\"

\

\"\"

\
\

Plot the points obtained in the above table.

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And connect those points with a smooth curve.

\

Graph :

\

Graph of \"\":

\

\"\"

\

\

The standard form of the equation is \"\".

\

Graph of \"\":

\

\"\".