The words are Latin based, and the words tell us a lot about what the figures are. Triangles literally means "three angles" and there are indeed three angles in a triangle. A quadralateral means "four equal sides" and polygon means "many sides figure". So the many sided figure that has four equal sides might be a parallelogram, it might be a square, or a rectangle. The polygon merely says it's a shape. Get the picture? These are actually word pictures.
The triangle is a polygon with 3 sides. The polygon is a closed planar geometric shape made of line segments connected end to end to end. All triangles are polygons, but not all polygons are triangles. There are many variations on the theme when it comes to a polygon. There are many, many different kinds.
Polygons.Polygons.Polygons.Polygons.
No it cant. Polygons must have straight sides. The sides also can't cross each other.
A triangular prism has 5 sides: two triangles at either end and three rectangles joining the triangles.
There are 2 with 1 at each end
The triangle is a polygon with 3 sides. The polygon is a closed planar geometric shape made of line segments connected end to end to end. All triangles are polygons, but not all polygons are triangles. There are many variations on the theme when it comes to a polygon. There are many, many different kinds.
Polygons.Polygons.Polygons.Polygons.
Polygons don't all end in gon because some were named differently because they are more common. They were also because they needed more description and differing.
*DONT* Touch The End "Of Your Worm Or The Pink Squares.*DO* Get Thhe Yellow CirclesYou Only Have 10 Seconds If You Get The Yellow SquareTry To Get The Green Triangles
No it cant. Polygons must have straight sides. The sides also can't cross each other.
A triangular prism has 5 sides: two triangles at either end and three rectangles joining the triangles.
Triangle, quadrilaterals - including those with special names such as rhombus.
Infinitely many. When you think you have reached the end, just divide one of the triangles into two and you'e got one more. And so on.
There are 2 with 1 at each end
In order to complete the puzzle, you have to sweep four lines and end up with four triangles. If you do this correctly, you should end up with two triangles on top, and two at the bottom. There are multiple ways of solving it.
Infinitely many. Any triangle inside a quadrilateral can be divided into two without affecting the quadrilateral but increasing the number of triangles by 1. And then one of those triangles could be spilt into two and so on - without end.
triangular prism