A triangular prism.
5. 1 rectangle and 4 triangles. The rectangle is known as the base, but it's still a face.
One square or rectangle as it's base, and the other sides are triangles.
No. All corresponding sides and angles have to be congruent for the triangles to be congruent.
A square pyramid has a square base and four congruent triangular faces.
A pyramid has one polygonal base and the rest of the faces are triangles. A prism has two congruent polygonal bases and the other faces are rectangles.
A REGULAR SQUARE PYRAMID.
It is a triangular prism
One square or rectangle as it's base, and the other sides are triangles.
5. 1 rectangle and 4 triangles. The rectangle is known as the base, but it's still a face.
One square or rectangle as it's base, and the other sides are triangles.
No. All corresponding sides and angles have to be congruent for the triangles to be congruent.
A square pyramid has a square base and four congruent triangular faces.
A pyramid has one polygonal base and the rest of the faces are triangles. A prism has two congruent polygonal bases and the other faces are rectangles.
The base is different. A rect. pyramid has a rectangle as a base. Because the sides are different length for a rectangle, the triangles will not all be congruent (equal). A square pyramid has a square as the base. All sides of the square are the same length, so all the triangular sides of the pyramid will be congruent.
It is a 3-dimensional shape - a polyhedron = whose base is a rectangle and which has four triangular faces attached to its sides. These free vertices of these triangles meet at an apex above the base.
Area = Length x width It's the same as the area for a rectangle - base times height. If you think about it, a parallelogram is a rectangle with two triangles on either side - one with its base on top, one with its base on bottom. Through various identities, we know that these two triangles are congruent. So the area is the sum of the small rectangle plus the two triangles, which ends up being base times height.
YesA triangular pyramid is a pyramid having a triangular base. The tetrahedron is a triangular pyramid having congruent equilateral triangles for each of its faces.