A straight line joining points on a circle is called a "chord" of that circle. If the line happens to pass through the center of the circle, then it's a "diameter" of that circle. The question asked about "points" on a circle, so two points on the circumference of that circle are being considered. (No line can join more than two points of a circle.)
Yes, and the two points are located on the circumference of the circle
A part of a circle between two points on a circle is called is called an arc.
The three parts are:the interior of the circle, the points on the circle (points on its circumference) the outside of the circle.
They are 4 points on the circle, and 29 on or in the circle.
A segment with end points on a circle is a chord of that circle.
A straight line joining points on a circle is called a "chord" of that circle. If the line happens to pass through the center of the circle, then it's a "diameter" of that circle. The question asked about "points" on a circle, so two points on the circumference of that circle are being considered. (No line can join more than two points of a circle.)
The points in a circle are just points in a circle. Also, a plane cannot be within a circle because planes go on forever in all directions, so a circle can be within a plane.
This is the center of the circle. From the center of the circle, all the points on the circle are equally distant.
Yes, and the two points are located on the circumference of the circle
A segment with end points on a circle is a chord.
A part of a circle between two points on a circle is called is called an arc.
The three parts are:the interior of the circle, the points on the circle (points on its circumference) the outside of the circle.
A segment between two points on a circle is
They are 4 points on the circle, and 29 on or in the circle.
Yes. A circle is defined as the set of all points in a plane equidistant from a given point (the center of the circle) - hence - all points of a circle must be co-planar by definition.
A circle is the locus of all points equidistant from a given point, which is the center of the circle, and a circle can be drawn with a compass. (The phrase "locus of points for a circle" does not seem to be conventionally defined.) or true