0
What else can I help you with?
Is bisecting a segment with a perpendicular segment possible?
Yes and they will intersect at right angles
A line that divides a line segment into 2 congruent parts?
bisecting
Is bisecting a segment with a perpendicular possible?
Yes and they will intersect at right angles
What is the measure of the angle between a perpendicular bisector and the segment it is bisecting?
90 degrees
What is the final step in bisecting a line segment?
The final step in bisecting a line segment is to draw a line through the two intersection points of the arcs created from each endpoint. This line should intersect the original segment at its midpoint, effectively dividing the segment into two equal parts. You can then label this midpoint if necessary.
Is bisecting a segment with a perpendicular segment?
Yes and they will intersect at right angles
Is bisecting a segment with a perpendicular segment possible?
Yes and they will intersect at right angles
What is a line segment bisecting a circle or sphere?
a secant
A line that divides a line segment into 2 congruent parts?
bisecting
Is bisecting a segment with a perpendicular possible?
Yes and they will intersect at right angles
What is the measure of the angle between a perpendicular bisector and the segment it is bisecting?
90 degrees
Why does the compass width have to be longer than half when bisecting a segment?
So that the arcs constructed are at midpoint of the line segment to be bisected.
What is the final step in bisecting a line segment?
The final step in bisecting a line segment is to draw a line through the two intersection points of the arcs created from each endpoint. This line should intersect the original segment at its midpoint, effectively dividing the segment into two equal parts. You can then label this midpoint if necessary.
What is the equation perpendicular and bisecting the line segment of 3 5 and 7 7?
It works out as: 2x+y-16 = 0
What will be constructed when the two endpoint a of a line segment are folded so that they line up?
When the two endpoints of a line segment are folded to line up, a perpendicular bisector of the segment is constructed. This line divides the original segment into two equal parts at a right angle. The point where the endpoints meet forms a new point along the bisector, effectively bisecting the segment into two congruent segments.
Is a square bisecting?
No, it is not.
Does a nonagon have bisecting diagonals?
It can have.
