False. In fact, the opposite is true: all pyramids have an even number of edges.
Shapes that have an odd number of edges include polygons such as triangles (3 edges), pentagons (5 edges), heptagons (7 edges), and so on. Generally, any polygon with an odd number of sides will have an odd number of edges. Additionally, certain 3D shapes, like a triangular prism, also have an odd number of edges, specifically 9 edges.
The shape you are describing is a triangular prism. It has an odd number of vertices (5), four of its faces are isosceles (two triangular and three rectangular faces), and it has an even number of edges (9). This configuration meets all the specified criteria.
All of the odd numbers.
odd number. 1,3,5,7,9 are all odd. 2,4,6,8, are all even
All odd numbers have odd factors.
There are no pyramids with an odd number of edges. A pyramid is defined as a polygon for the base, with triangular shaped faces rising from the base's edges to a common point above the plane. As a result, the number of rising edges is always equal to the number of base edges, meaning that the total number of edges is always even.
The shape you are describing is a triangular prism. It has an odd number of vertices (5), four of its faces are isosceles (two triangular and three rectangular faces), and it has an even number of edges (9). This configuration meets all the specified criteria.
All of the odd numbers.
triangle pentgon heptagon nonagon etc.
odd number. 1,3,5,7,9 are all odd. 2,4,6,8, are all even
All odd numbers have odd factors.
Any odd number.
145 is an odd number. All whole numbers ending in five are odd.
Odd. All numbers ending in three are odd.
160 is an even number and so there are no odd number in it.
It is an odd number. Any number ending in a 1,3, 5, 7, or 9 is an odd number.
43 is an odd number and it is also a prime number