If two angles & a nonincluded side of one triangle are congruent to two angles & the corresponding nonincluded side of a second triangle, then the two triangles are congruent.
a segment that divides a line into two equal parts.
so i think this makes 5 a segment bisector.
& makes 7. aas...
yeah, sorry. I'm in a desperate bind. i have like 8 different assignments due wednesday, and i don't know how to do any of them, and my teacher in summer school couldn't help me.
Given: AF is perpendicular to AR; OG is perpendicular to RO; AO bisects FG
Prove: RO is congruent AR
Statement...
In ?LON, OM bisects LN.* What conclusion can we draw from this?
a. angle L is congruent to angle N
b. LM is congruent to MN
C. LO is congruent to ON
I think it's B, because OM bisects LN & that's what's left.
i need a lot more help, if anyone is interested in helping me IM me at xstarrlit.