It's called a "chord" of the circle. If it happens to go through the center of the circle,
then it's also called a "diameter" of the circle, and no other chord in the same circle
can be longer.
It is the diameter.
That's a 'chord' of a circle. If the chord happens to pass through the center of the circle, then it's called a 'diameter', and no chord of the same circle can be longer.
It is a chord of a circle.
A line segment with both its endpoints on the circumference of a circle, which does not pass through the center, is called a chord. Chords can vary in length, with the longest chord being the diameter, which does pass through the center. Chords divide the circle into two arcs, and their lengths can be determined based on their distance from the center.
A part of a line with endpoints on both ends is called a "line segment." Unlike a line, which extends infinitely in both directions, a line segment has a finite length defined by its two endpoints. It is often denoted by the letters representing its endpoints, such as segment AB, written as ( \overline{AB} ).
A diameter is a segment that passes through the center of a circle and has both endpoints on the circle.
The correct term for a line segment with both endpoints on a circle is a chord. The diameter of a circle is also a chord.
chord
diameter
It is the diameter.
Some segments with both endpoints on a circle are not diameters.
A chord of which the circle's diameter is the largest chord
That's a 'chord' of a circle. If the chord happens to pass through the center of the circle, then it's called a 'diameter', and no chord of the same circle can be longer.
It is a chord of a circle.
false
That's a chord. The longest possible chord is one that passes throughthe center of the circle. That one is called a "diameter" of the circle.
No, it is not. A chord is a line segment. It cannot have a length of zero. A point has no dimensions. The chord of a circle is a line segment that has its endpoints (both of them) on the curve (or circumference) of the circle.