The shape of a flattened circle is called an ellipse. The shape is similar to an oval and some may mistakenly call it an oval.
A circle.
a circle that has been flattened a little is an
a monophelia
A plane circular face and a curved shape which, if flattened out would be a sector of a circle.A plane circular face and a curved shape which, if flattened out would be a sector of a circle.A plane circular face and a curved shape which, if flattened out would be a sector of a circle.A plane circular face and a curved shape which, if flattened out would be a sector of a circle.
If a circle is flattened by pushing down on it, it would likely form the shape of an ellipse. An ellipse has two focal points, which are key characteristics of its geometric definition. As the circle is deformed, the distance from any point on the shape to these two focal points remains constant, characteristic of an elliptical shape.
ellipse
A circle.
a circle that has been flattened a little is an
technically it's an ellipse, but if you called it an oval you wouldn't be too far wrong.
It is called an ellipse.
a monophelia
A plane circular face and a curved shape which, if flattened out would be a sector of a circle.A plane circular face and a curved shape which, if flattened out would be a sector of a circle.A plane circular face and a curved shape which, if flattened out would be a sector of a circle.A plane circular face and a curved shape which, if flattened out would be a sector of a circle.
a "Flat circle thing that's flat" ;)
a net
it may be a cylender....
If a circle is flattened by pushing down on it, it would likely form the shape of an ellipse. An ellipse has two focal points, which are key characteristics of its geometric definition. As the circle is deformed, the distance from any point on the shape to these two focal points remains constant, characteristic of an elliptical shape.
The flattened shape of the Earth is called an "oblate spheroid." This means that the planet is slightly flattened at the poles and bulges at the equator due to its rotation. As a result, the Earth's diameter is larger at the equator than at the poles.