Asked by HELP
If PQRS is a rectangle and M is the midpoint of RS, prove PM is congruent to QM.
P----------------Q
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R--------M-------S
*be as explanatory as possible
P----------------Q
|\ /|
| \ / |
| \ / |
| \ / |
| \ / |
R--------M-------S
*be as explanatory as possible
Answers
Answered by
Damon
Well, if it is a rhombus we know all the sides are of equal length AND opposite sides are parallel.
All we have to prove is that the corner angles are equal
CBE=BCE given
so
CBE=BCE=ADE=DAE intersect parallel lines
BE = CE isosceles
AD = BC rhombus
so triangle AED congruent triangle BEC from angle side angle
triangle ABE congruent to BCE side side side
so
angle ABC = angle BCD= angle CDA
4 x = 360
x = 90 degrees
All we have to prove is that the corner angles are equal
CBE=BCE given
so
CBE=BCE=ADE=DAE intersect parallel lines
BE = CE isosceles
AD = BC rhombus
so triangle AED congruent triangle BEC from angle side angle
triangle ABE congruent to BCE side side side
so
angle ABC = angle BCD= angle CDA
4 x = 360
x = 90 degrees
Answered by
Lucky
P(-3;7),Q(5;13),R(8;9) and S(0;3) are the vertices of a quadrilateral in a cartesian plane.
Answered by
Lucky
Prove this P(-3;7),Q(5;13),R(8;9) and S(0;3) are the vertices of a quadrilateral in a Cartesian plane.
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