Yes.
In a parallelogram consecutive angles are always supplementary. This means they equal 180.
Then it's consecutive angles are supplementary.
All bisectors intersect the line segment at the midpoint. There can be multiple bisectors, intersecting at the midpoint at different angles, but they all intersect the line segment at its midpoint. The midpoint separates the line segment into two equal halves.
An equilateral quadrilateral which would include a square.
Except for rectangles, no parallelogram has right angles.
I expect "consecutive angles" are any pair that aren't opposite. Since they are co-interior angles between parallel lines, they are supplementarty (i.e. total 180 deg). When you bisect them, the bisectors join to form a triangle. Two of its angles are halves of the "consecutive angles", and so they total half of 180 deg, which is 90 deg. Hence the third angle is 90 deg (to give angle sum of the triangle as 180 deg), so the bisectors are perpendicular.
90 degrees
If it is a parallelogram, then it has two sets of parallelogram sides. Parallelograms' opposite angles are congruent A parallelogram's bisectors are congruent. * * * * * A parallelogram's bisectors are NOT congruent.
Not unless the parallelogram is a rectangle. In every parallelogram, consecutive angles are supplementary.
The Parallelogram Consecutive Angles Conjecture states that the consecutive angles in a parallelogram are supplementary. This means that the sum of two adjacent angles in a parallelogram is always 180 degrees. This property follows from the fact that opposite angles in a parallelogram are congruent.
Consecutive angles of a parallelogram are supplementary.
Consecutive angles in a parallelogram are supplementary.
In a parallelogram consecutive angles are always supplementary. This means they equal 180.
Then it's consecutive angles are supplementary.
inside the triangle ;) hope this helps!!
supplementary
Supplementary.