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When the focus and directrix are used to derive the equation of a parabola, two distances were set equal to each other. = The distance between the directrix and __ is set equal …

When the focus and directrix are used to derive the equation of a parabola, two distances were set equal to each other. = The distance between the directrix and __ is set equal …
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When the focus and directrix are used to derive the equation of a parabola, two distances were set equal to each other. = The distance between the directrix and __ is set equal to the distance between the___and the same point on the parabola.

asked
User Bartek Tatkowski
by
8.0k points

2 Answers

7 votes

Answer:

A point on the parabola

Focus

Explanation:

Correct on Edge. 2021

answered
User Juan Tarquino
by
7.7k points
7 votes

When the focus and directrix are used to derive the equation of a parabola, two distances were set equal to each other.
The distance between the directrix and a point on the parabola is set equal to the distance between the focus and the same point on the parabola.
answered
User BharathRao
by
8.2k points
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