Help with a proof? about perpendicular bisectors?
I already proved that any point on the perpendicular bisector is equidistant from the two endpoints of the line segment, but I’m stuck on this one.
Thanks a ton! ๐
Favorite Answer
let L = Length of linesegment
let u = location along the line segment from which a perpendicular line is constructed
let h = perpendicular height from the line to the point that will be considered.
If point p is on the perpendicular bisector then: u = 1/2 L
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now we know p is equidistant to both ends, using pythagorus:
u^2 + h^2 = (L-u)^ 2 + h^2 [Known]
so
u^2 = L^2 – 2uL – u^2
0 = L^2 -2uL
2u = L
u = 1/2 L , but this meant that the point was on a perpendicular bisector.
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Well, at least you understand it. I don’t. ๐
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