Quadrilateral BCDE is inscribed in circle A as shown. BD divides the quadrilateral into two triangles, ΔBCD and ΔBED. Which statement is true about the triangles?
The angle bisectors and the perpendicular bisectors for both triangles intersect at the same point. The angle bisectors of ΔBCD intersect at the same point as those of ΔBED. The perpendicular bisectors of ΔBCD intersect at the same point as those of ΔBED. The angle bisectors of ΔBCD intersect at the same point as the perpendicular bisectors of ΔBED.
@ShadowLegendX @rebeccaxhawaii
what is these?
???
what do you need?
is the question not clear enough?
no
i understood that it wasnt c its the angle bisectors that confuse me
@rebeccaxhawaii you totes got this c;
so the bisector is the BD line
the line BD makes the two triangles in question
look it is c i think
we just ruled C out
but am not 100% but i think it is c
no c is the bd
isnt that what you want?
ow i had to reread
we want the statement that is true for both triangles and neither triangles have perpendicular bisectors
ok b is 100% opposite from A they have nothing to do from each other
so b is going to be your answer i think
ok hope that help byee
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