Same base and same altitude. Yes, that is correct.
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)
I presume you mean a rectangular prism. Assuming all the angles are right angles, so that it is a rectangular parallelepiped, the volume is just the product of the three dimensions. I get 90.
The volume of a rectangular prism is equal to length x width x height. Therefore, you have to choose the width so that the product of the three numbers is equal to the volume, i.e., equal to 144.
There are a number of possible 7-sided polyhedra. Three that come immediately to mind are: a hexagonal pyramid, a pentagonal prism, a "stretched" triangular pyramid (triangular base, rectangular sides, and then triangular faces meeting at an apex).
Well, honey, tripling the height of the pyramid would not triple the volume. Volume is proportional to the height, not directly related. Tripling the height would increase the volume by a factor of 3, not 3 times more. Math can be a tricky little devil sometimes!
True
The volume of the prism is three times as much as that of the prism.
depends what kind of pyramid, if its a four sided pyramid then its the same but if its a three sided pyramid then the triangular prism has more
A prism or a pyramid
-- Measure the length, width, and height of the prism. -- Multiply the three numbers. The result is the volume of the prism.
Measure, then multiply(length of the prism) x (width of the prism) x (height of the prism) .The product of the three dimensions is the volume of the prism.
They are three dimension shaes - but different.
A three sided trangle
That's a triangular pyramid.
Yes a hexagonal pyramid and a pentagonal prism
Pyramid. Or triangular prism, depending on what exactly you mean.
Take your choice of a pyramid or a prism.