This occurs if something has rotational or radial symmetry.
A circle is the set of all the points that have the same distance from a given point (its center). If you rotate a shape, you rotate it in such a way that you keep any point a fixed distance from the center of rotation.
A rotation
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It will be the surface area of a sphere but it depends on the distance from the center to a certain point, also known as the radius.
The point from which the circle is drawn IS the center.
To turn around a centre point is to rotate.
Its a theoretical point, if you threw it in the air spinning, it would rotate around this point.
Certain objects will rotate when thrown because they are rotating around a pivot point, this pivot point is the center of gravity. A baseball, tennis ball, et cetera won't rotate because it's center of gravity is at the center of the ball. A baseball bat, hammer, et cetera will rotate because it has its center of gravity at the heavier end.
If you can rotate (or turn) a figure around a center point by fewer than 360° and the figure appears unchanged, then the figure has rotation symmetry. The point around which you rotate is called the center of rotation, and the smallest angle you need to turn is called the angle of rotation. This figure has rotation symmetry of 72°, and the center of rotation is the center of the figure:
A circle is the set of all the points that have the same distance from a given point (its center). If you rotate a shape, you rotate it in such a way that you keep any point a fixed distance from the center of rotation.
turn it from the middle
A rotation
an epicycle is a system where things rotate around a fixed point.
needs to have a fixed point that it can rotate around
The Milky Way galaxy is in a local group of 30 or more galaxies of which M30 or Andromeda and the Milkyway are the most massive and they center to a point somewhere between each other. Each have their own satelite galaxies that rotate with the major spiral dominant galaxy
Suspend the area from any point in the area so that it is free to rotate about that point. Draw a vertical line from that point. Repeat from another point. The two lines will meet at the centre of mass.
The greater the distance from the axis of rotation (i.e., pivot point) to the center of gravity of an object, the greater the torque required to rotate the object.