No. There is no reason for the surface area of all triangular prisms to be the same always. For example, increasing the length of the prism only adds area; there is nothing to counteract this increase, so the area must be different.
The same applies to all prisms and 3-dimensional objects: changing the dimensions can alter the area.
A surface area would be vital for determining volume
The number of visible sides if one if viewed from the front or side. The elevation from an angular position would give two face whereas all four triangular faces will be visible from above. So the answer will depend on the viewing position. In every case, the dimensions of the triangles would be required to find the visible surface area.
If the dimensions of a cone are doubled, both its height and radius increase by a factor of two. As a result, the volume of the cone, which is calculated using the formula ( V = \frac{1}{3} \pi r^2 h ), would increase by a factor of eight, since volume is proportional to the cube of the dimensions. The surface area would also increase, but by a smaller factor of four, as surface area scales with the square of the dimensions. Thus, the cone would become significantly larger in both volume and surface area.
If it is a triangular pyramid it would be (1/2bh)4 A triangular prism is (1/2bh)5, or (base x height divided by 2)times 4
You would need to know the surface area of a cylinder if you are a factory worker at Pepsi. You would need to know the dimensions of the label, so it will fit on the can.
would call that a triangular pyramid.
you would have to add all the different areas of each side together to get the surface area. the formula though, would be side area times three, plus the base
A surface area would be vital for determining volume
The number of visible sides if one if viewed from the front or side. The elevation from an angular position would give two face whereas all four triangular faces will be visible from above. So the answer will depend on the viewing position. In every case, the dimensions of the triangles would be required to find the visible surface area.
Then the surface area of the solid would be measured in square feet
Each make and model truck would have different dimensions.
total surface area is all of the area. ex. for a square pyramid it would be the area of the square on the bottom and the four triangle sides lateral surface area is all the surface area EXCEPT the base. ex. for a square pyramid it would be the area of the four sides of the pyramid. the bottom square is NOT included. for a triangular prism it would be the area of the three rectangle sides, NOT the two triangular sides
The rectangular prism has a rectangular cross-section; the triangular prism has a triangular cross-section. Any other difference would be related to this fact - for example, differences in the formulae for the surface area, for the volume, etc.
If the dimensions of a cone are doubled, both its height and radius increase by a factor of two. As a result, the volume of the cone, which is calculated using the formula ( V = \frac{1}{3} \pi r^2 h ), would increase by a factor of eight, since volume is proportional to the cube of the dimensions. The surface area would also increase, but by a smaller factor of four, as surface area scales with the square of the dimensions. Thus, the cone would become significantly larger in both volume and surface area.
If it is a triangular pyramid it would be (1/2bh)4 A triangular prism is (1/2bh)5, or (base x height divided by 2)times 4
You would need to know the surface area of a cylinder if you are a factory worker at Pepsi. You would need to know the dimensions of the label, so it will fit on the can.
That would be a triangular pyramid.