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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!
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RossTake 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!
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How many different triangles can you make on a 3X3 grid?
you can make 76 different triangles on a 3x3 grid
What kind of triangles make up a pyramid?
Many different types, but mostly equilateral triangles.
How many different triangles can you make from a set of three side lengths?
u can make none.
Can you show me some shapes and their names?
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.
How many triangles make an octagon?
There are 6 triangles in an octagon
