SOLUTION: Find the equation of the parabola described and the two points of the Latus Rectum segment. graph the equation. Focus at (0,-1) directrix the line y=1

Algebra.Com
Question 1032402: Find the equation of the parabola described and the two points of the Latus Rectum segment. graph the equation.
Focus at (0,-1) directrix the line y=1

Answer by josgarithmetic(39621)   (Show Source): You can put this solution on YOUR website!
You can derive the equation using the definition for parabola and using the Distance Formula.

See how here: Deriving the equation for a parabola given focus and directrix - Vertex at Origin

The other video at that channel can help also.

RELATED QUESTIONS

Find the equation of parabola, find the two points that defines the latus rectum and... (answered by josgarithmetic)
Focus at (2, 4); directrix the line x = -4. Find the equation of the parabola described... (answered by lwsshak3,Edwin McCravy)
Graph and find the directrix, equation and latus rectum of a parabola with a vertex at... (answered by josgarithmetic)
Find the length of the latus rectum and the equation of the parabola with vertex at the... (answered by CPhill)
Find the focus, vertex, length of latus rectum,and the equation of directrix of the... (answered by josgarithmetic,greenestamps)
With a focus at (8,0) and directrix {{{ x=-8 }}} what is the equation of the parabola and (answered by josgarithmetic)
The focus at (-2,-1) and the latus rectum joins the points (-2,2) and (-2,-4).find the... (answered by Edwin McCravy)
PARABOLA: what's the vertex, focus, directrix, latus rectum and graph of the... (answered by solver91311)
Find the vertex,focus and end points of the latus rectum of the parabola... (answered by josgarithmetic)