it only has one face and has no edges or vertexes and also is circular
It has no vertices. It has the least surface to volume ratio. It has infinite axes of symmetry.
There is no general rule. There are different formulae for simple figures like a sphere, a cone and a cylinder. Other figures have yet other and more complex formulae.
If its for a rectangle, multiply length x width. Other figures have different formulae.If its for a rectangle, multiply length x width. Other figures have different formulae.If its for a rectangle, multiply length x width. Other figures have different formulae.If its for a rectangle, multiply length x width. Other figures have different formulae.
no. bubbles can only be made into sphere shapes.only a trick can make a bubble into a different shape
No, because if you look at all the other prisms its totally different ....
a sphere is called a sphere because , well , its just a other name for a ball such as the earth.
it is shapes that look 3-Dexamples . cube,hexagonal prism,sphere,rectangular prism,triangular pyramid,square pyramid and much more other but these are the figures i could think ofask your teacher for more 3-D figures and facts about those figures thank you^.^ have a good day!
Perimeter is the distance around something. Just add the lengths of the different sides of a figure. Area: Here you have to learn different formulae for different figures. For example, for a rectangle, just multiply length x width. Other figures have other formulae.
unlike other shapes a sphere is round
Of the infinitely many points on a sphere, no two are the same as each other.
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.
If we assume a conducting sphere of a certain radius in a given scenario, we can determine properties of the electric field such as the distribution of charges on the sphere, the strength of the electric field at different points around the sphere, and how the electric field interacts with other objects or charges in its vicinity.