There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but no a volume.
There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but not a volume.
There is none because a triangle is a 2D shape -------------------------------------------------------------------------------- There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but not a volume.
There is none because a triangle is a 2D shape and volume measures 3D shapes ----------------------------------------------------------------- There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but not a volume.
There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but not a volume.
The formula for a square pyramid is one square attached to four triangles which meet at a point.There are other formulae for the surface area or for the volume.
The volume of a three-dimensional figure is the amount of space it encloses. The volume V of a triangular prism is the product of the area B of a base and the height h of the prism. (The bases are triangles. In a special case of a right triangular prism the bases are right triangles)
What is the formula to determine the number of triangles in a given square of forty-four triangles?
The two congruent 3D triangles were equal in shape, size, length and volume.
Yes. Heron's Formula works on all triangles.
A circle is two dimensional, it has area but not volume.
The title of the formula is "Formula for the Area of a Triangle". No discrimination is expressed or implied.
A triangular prism can be thought of as a stack of triangles. Then the volume is equal to the area of the triangular base multiplied by the height of the prism, or 1/2 length * width * height.