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Technically, a 3D shape is any three-dimensional object, so if you're referring to which shape among the cube, sphere, pyramid, and the rest of them is biggest, it varies. If you mean which object in the real world is the biggest shape, then restate your question more plainly.
A perfect sphere is a perfect round ball shape.
You get a hemisphere.
We get the idea that an "irregular sphere" is not a sphere. At that point, we knowexactly what it isn't, but not much yet about what it is. So you have to reveal a lotmore about it before anyone can calculate its volume. Like, for example, less infoabout what the object is not like, and more definition of its actual shape.
A sphere is indeed a three dimensional shape. It is a circle rotated about an axis several times to create and three dimmensional object from a two dimensional shape.
A circle is a 2 demential object. A sphere is a 3 demential object.
An object with a lot of mass takes the shape of a sphere due to gravity pulling its particles towards the center, causing the material to compress into the most stable shape, which is a sphere. This shape minimizes the overall gravitational potential energy of the object.
No, it is not possible to unfold a sphere into a flat shape without distorting or tearing it. This is because a sphere is a three-dimensional object with a curved surface that cannot be flattened without altering its fundamental shape.
A Sphere is an the name for a shape of a 3D object that is like a ball or a globe. If the shape is 2D then it is a circle
No, a sphere and a circle are different geometric shapes. A sphere is a three-dimensional object with all points equidistant from the center, while a circle is a two-dimensional shape with all points equidistant from the center. In other words, a circle is a flat, circular shape, while a sphere is a three-dimensional, round object.
Since a sphere is round it is a shape without a face.
The shape of a globe is a SPHERE.
A sphere is a 3D object that is circular in shape. It is perfectly round like a ball, with every point on its surface equidistant from its center.
A sphere, or any curvy object without any edges like the Klein bottle
sphere sphere
The center of gravity of an object does not change with the size of the object because it depends on the distribution of mass within the object, not its overall size. If the distribution of mass within the object remains constant as the size changes, the center of gravity will also remain constant.