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 looks the same as a normal pyramid, the only difference is the base of the pyramid is square.
NO
A pyramid has a base and triangular sides which rise to meet at the same point. The base may be any polygon such as a square, rectangle, triangle, etc. The general formula for the volume of a pyramid is: Area of the base * Height * 1/3 The volume of a pyramid with a rectangular base is equal to: Length of base * Width of base * Height * 1/3
Not too sure of the question but using Pythagoras' theorem may help in finding the solution.
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 looks the same as a normal pyramid, the only difference is the base of the pyramid is square.
NO
No.
No, a square pyramid has a square as a base end the four edges end in the peak. The cube has 8 corners, the square pyramid has 5.
the base is both squares
A pyramid has a base and triangular sides which rise to meet at the same point. The base may be any polygon such as a square, rectangle, triangle, etc. The general formula for the volume of a pyramid is: Area of the base * Height * 1/3 The volume of a pyramid with a rectangular base is equal to: Length of base * Width of base * Height * 1/3
Not too sure of the question but using Pythagoras' theorem may help in finding the solution.
A square pyramid consists of a square which is usually called its base. To each side of the square is attached a triangular face whose base is the same length as the side of the square, and such that the third (free) vertices of the triangles meet at an apex above the square.
they both have the same base hope that helped
One-third times the area of the base times the height: 1/3 x (LW) x h In the case of a square pyramid, the length and width of the base are the same, so you could rewrite the formula as: 1/3 x s2 x h where s = the length of one side of the base
The base of a tetrahedron has 3 that are of equal length; essentially, it's made up of four equilateral triangles (hence the 'tetra'). A pyramid base has 4 sides of the same length. in fact, There are actually an infinite number of such 'pyramid-like' objects, with different numbers of sides on the base.