A selection of some points on a circle.
The distance of two points of the circle is called as perimeter. Since these two points are located on the same circle, their peripheral distance is measured.
A straight line that intersects a circle's circumference at two points will create a chord of which the circle's diameter is its largest chord.
There may be an easier way, but this is one way to do it: 1) establish the centerpoint of the given circle. - pick two random points on the circle and draw intersecting arcs A1 A2 of equal radius centered on those points. Then draw a line through the two points where A1 and A2 intersect. This line will pass through the circle center. - repeat with two other points. You now have two lines that intersect at the circle centerpoint C. 2) draw a line perpendicular to the given line that passes through C. - draw an arc centered on C that intersects the given line twice. Repeat the bisecting procedure as before using those two intersection points. Call the newly created line L. 3) draw the desired tangent line. - call the point where L intersects the given circle P. (Note that there are actually two such points, since there are two solutions to your problem - one on the near side and one on the far side.) Generate two equidistant points on L by drawing a small circle centered on P. Use those new points for the old bisection procedure and you have your answer!
A. If the line segment touches two points on the circle it is called as: 1. secant; if the line extends outside the circle. 2. chord; if the line is present only within the circle. B. If the line segment touches one point on the circle AND the center of the circle AND is present only within the circle it is called as: radius.
A selection of some points on a circle.
EquidistantIt's called the center or origin of the circle. All points on a circle are equidistant from the center
This is true, by definition. Assume that there is a circle that passes through each vertex of a triangle. Then its centre, which we may call the circumcentre of the triangle, must be at an equal distance from each of the vertices because all of the points of the circle are at the same distance from this point.
Mathematics A three-dimensional surface, all points of which are equidistant from a fixed point.A sphere is a round solid 3-dimensional figure, with no vertices or sides. It has the round shape of a circle but is solid like an orange or a moon.a circle in 3d , you can also call it a ball
It would be call the ARC.
The distance of two points of the circle is called as perimeter. Since these two points are located on the same circle, their peripheral distance is measured.
A straight line that intersects a circle's circumference at two points will create a chord of which the circle's diameter is its largest chord.
Chord
it's what you call circle
The secant.
There may be an easier way, but this is one way to do it: 1) establish the centerpoint of the given circle. - pick two random points on the circle and draw intersecting arcs A1 A2 of equal radius centered on those points. Then draw a line through the two points where A1 and A2 intersect. This line will pass through the circle center. - repeat with two other points. You now have two lines that intersect at the circle centerpoint C. 2) draw a line perpendicular to the given line that passes through C. - draw an arc centered on C that intersects the given line twice. Repeat the bisecting procedure as before using those two intersection points. Call the newly created line L. 3) draw the desired tangent line. - call the point where L intersects the given circle P. (Note that there are actually two such points, since there are two solutions to your problem - one on the near side and one on the far side.) Generate two equidistant points on L by drawing a small circle centered on P. Use those new points for the old bisection procedure and you have your answer!
The diameter of a circle passes through the center of a circle at its center point