the centre as a circle expnds outward
circle, compound curve, elipse . . . .
You will need... A set of compasses (for drawing the circle), and a straight edge. First, draw the circle. Then - put the point of the the compasses on the line. Mark the circle where the pencil crosses it. Place the point on this intersection and repeat the action until you're back at your starting point. Now - using the straight edge, join every alternate point to each other - forming an equilateral triangle.
Draw a cord through the circle (a line through the circle, but not too close to where you imagine the center to be). With construction techniques, find the perpendicular at the center point of the cord, and draw the perpendicular. Do the same thing again starting with a different cord, and the two perpendiculars will intersect at the center of the circle.
The point from which the circle is drawn IS the center.
It is the center of the circle
A circle has no starting or ending point of a circle. Hope this helps!
No it will meet the starting point, but you can go on the circle to make it never ending.
A circle has to be ring shaped (starting and finishing at the same point) otherwise it isn't a circle.
circle, compound curve, elipse . . . .
A nine point circle is constructed by starting off with a triangle. Draw 10 points on the triangle any equal distance from each other, and connect.
Starting and ending poInt
The twelve mile circle by tradition is the cupola of the New Castle courthouse but the actual starting point is about two thousand feet northwest of the courthouse.
That can't be answered precisely if you don't specify a starting point.
You will need... A set of compasses (for drawing the circle), and a straight edge. First, draw the circle. Then - put the point of the the compasses on the line. Mark the circle where the pencil crosses it. Place the point on this intersection and repeat the action until you're back at your starting point. Now - using the straight edge, join every alternate point to each other - forming an equilateral triangle.
The line from the center of a circle to a point on the circle is the radius.
Draw a cord through the circle (a line through the circle, but not too close to where you imagine the center to be). With construction techniques, find the perpendicular at the center point of the cord, and draw the perpendicular. Do the same thing again starting with a different cord, and the two perpendiculars will intersect at the center of the circle.
It is the circle's center point