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# Monthly Archives: June 2020

## Equation of Parabola problem example

Find Equations for Parabolas in standard position

(a) with Focus at (0, 7) and Directrix the line y = -7

(b) with Focus at ( , 0) and Directrix the line x = Solution to this Equation of Parabola practice problem is provided in the video below!

## Equation of Parabola example question #2

Find the Equation for Parabola in standard orientation with Focus at (-2, 3) and Directrix the line y = 1.

Solution to this Equation of Parabola practice problem is provided in the video below!

## Equation of a Parabola example #3

Use the Definition of the Parabola directly to find the equation of a parabola with Focus F(2, 2) and Directrix the line x + y + 2 = 0.

Solution to this Equation of Parabola practice problem is provided in the video below!

## Loci of Points problem example

Find the locus of points P(x, y) such that the distance from P to the y-axis is 5.

Solution to this Locus of Points practice problem is provided in the video below!

## Locus of Points example question #2

Find the locus of points P(x, y) such that the distance of P from P1(1, 1) is one-half the distance of P from P2(-2, -2).

Solution to this Loci of Points practice problem is provided in the video below!

## Loci of Points example #3

Find the locus of points P(x, y) such that P is equidistant from both axes.

Solution to this Locus of Points practice problem is provided in the video below!

## Locus of Points example problem #4

Find the locus of points P(x, y) such that P is equidistant from (5, -1) and (3, -8).

Solution to this Loci of Points practice problem is provided in the video below!

## Loci of Points example question #5

Find the locus of points P(x, y) such that P is equidistant from (-5, 3) and xy + 8 = 0.

Solution to this hard Locus of Points practice problem is provided in the video below!

## Hard Locus of Points example

Find the locus of points P(x, y) such that the product of their distances from (0, 4) and (0, -4) is 16.

Solution to this Loci of Points practice problem is provided in the video below!