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Find the standard form of the equation for the conic section represented by x^2 + 10x + 6y = 47.

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Answer:

The standard form of the equation for the conic section represented by
x^2\:+\:10x\:+\:6y\:=\:47 is:


4\left(-(3)/(2)\right)\left(y-12\right)=\left(x-\left(-5\right)\right)^2

Explanation:

We know that:


4p\left(y-k\right)=\left(x-h\right)^2 is the standard equation for an up-down facing Parabola with vertex at (h, k), and focal length |p|.

Given the equation


x^2\:+\:10x\:+\:6y\:=\:47

Rewriting the equation in the standard form


4\left(-(3)/(2)\right)\left(y-12\right)=\left(x-\left(-5\right)\right)^2

Thus,

The vertex (h, k) = (-5, 12)

Please also check the attached graph.

Therefore, the standard form of the equation for the conic section represented by
x^2\:+\:10x\:+\:6y\:=\:47 is:


4\left(-(3)/(2)\right)\left(y-12\right)=\left(x-\left(-5\right)\right)^2

where

vertex (h, k) = (-5, 12)

Find the standard form of the equation for the conic section represented by x^2 + 10x-example-1
User Heather McVay
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