segments, lines, and rays.
butts
to lines that r the same length
A vertex is a corner or a point where lines meet. Those lines are called rays or segments.
When two tangent lines meet outside a circle, they create an external angle between them. The lengths of the segments from the points of tangency to the point where the tangents meet are equal, meaning the segments are equal in length. Additionally, the angle formed between the two tangents is equal to half the difference of the arcs that are intercepted by these tangents on the circle. This relationship illustrates the geometric properties that govern tangents and circles.
Congruent lines
Yes; but in math, if you talk about "lines", that means one that stretches infinitely in both directions. If you are talking about limited-length "lines", those are called "segments".Yes; but in math, if you talk about "lines", that means one that stretches infinitely in both directions. If you are talking about limited-length "lines", those are called "segments".Yes; but in math, if you talk about "lines", that means one that stretches infinitely in both directions. If you are talking about limited-length "lines", those are called "segments".Yes; but in math, if you talk about "lines", that means one that stretches infinitely in both directions. If you are talking about limited-length "lines", those are called "segments".
congruent line segments- line segments that have the same lengths.
segments, lines, and rays.
butts
to lines that r the same length
An equallateral triangle ~ID1533681184 Sorry ID1533681184 but and equallateral triangle does not have three lines of SYMMETRY, it has three line segments. ~EEE2
They have equal slopes, equal y-intercepts, equal x-intercepts,and if they are line segments, then they have equal lengths.
A vertex is a corner or a point where lines meet. Those lines are called rays or segments.
All lines are equal since all lines are infinetly long. If you are talking about line segments than you can quantify if they are equal by looking at the number. Two parallel lines will NEVER cross each other though
Tangent.
When two tangent lines meet outside a circle, they create an external angle between them. The lengths of the segments from the points of tangency to the point where the tangents meet are equal, meaning the segments are equal in length. Additionally, the angle formed between the two tangents is equal to half the difference of the arcs that are intercepted by these tangents on the circle. This relationship illustrates the geometric properties that govern tangents and circles.