Take two triangles. Let a vertex of triangle A just touch the side of the other triangle, B. Change the angle of triangle A. there are infinitely many angles and so infinitely many orientations for A.
Not only that. Slide triangle A along the side of triangle B. There are infinitely many points on the side of B so that's an infinite number of shapes.
And that is with just two triangles!
Take two triangles. Let a vertex of triangle A just touch the side of the other triangle, B. Change the angle of triangle A. there are infinitely many angles and so infinitely many orientations for A.
Not only that. Slide triangle A along the side of triangle B. There are infinitely many points on the side of B so that's an infinite number of shapes.
And that is with just two triangles!
Take two triangles. Let a vertex of triangle A just touch the side of the other triangle, B. Change the angle of triangle A. there are infinitely many angles and so infinitely many orientations for A.
Not only that. Slide triangle A along the side of triangle B. There are infinitely many points on the side of B so that's an infinite number of shapes.
And that is with just two triangles!
Take two triangles. Let a vertex of triangle A just touch the side of the other triangle, B. Change the angle of triangle A. there are infinitely many angles and so infinitely many orientations for A.
Not only that. Slide triangle A along the side of triangle B. There are infinitely many points on the side of B so that's an infinite number of shapes.
And that is with just two triangles!
Take two triangles. Let a vertex of triangle A just touch the side of the other triangle, B. Change the angle of triangle A. there are infinitely many angles and so infinitely many orientations for A.
Not only that. Slide triangle A along the side of triangle B. There are infinitely many points on the side of B so that's an infinite number of shapes.
And that is with just two triangles!
you can make 76 different triangles on a 3x3 grid
Many different types, but mostly equilateral triangles.
u can make none.
There are many different shapes of which each have a different name. Pictures of these shapes cannot be drawn here to answer the question, but the can be described. The most common shapes that are used are squares, circles, and triangles. Squares are a box like shape with four equal sides, a true circle is a perfectly round shape, and the most common triangle shape has along bottom and two shorter sides that come together to make a point.
There are 6 triangles in an octagon
There are technically many shapes that could be put into the form of a triangle, but only triangles can make real triangles (without getting into more complicated shapes).
1
There are countless number of shapes and triangles. Some different types of triangles are iscoleses, right and scalene. Some shapes are circle, triangle, square, hectagon, octagon, prism.....the list goes on and on and on......
There are an infinite number of triangles with different shapes that all have the same area.
The answer is five triangles ?
There are a great many different shapes that are in Geometry. There are squares, circles, triangles, rhombus', and hexagons for example.
you can make 76 different triangles on a 3x3 grid
You can make 6
Two: a pentagonal base and 5 triangular faces. The triangles need not all be the same and if you count them as different shapes, there will be six shapes in all.
It depends on the size of the square and the sizes and shapes of the triangles.
A pyramid has 5 shapes 4 triangles and 1 square.
Many different types, but mostly equilateral triangles.