By looking at other polygons with less sides, we can see how many triangles they can fit. In a 4-sided polygon (square), you can fit 2 triangles. In a 5-sided polygon (pentagon), you can fit 3 triangles. In a 6-sided polygon (hexagon), you can fit 4 triangles. In an 8-sided polygon (octagon), you can fit 6 triangles. The pattern here is the number of triangles is equal to the number of sides minus 2. T = N - 2 So... 50 - 2 = 48. 48 triangles can fit into a 50-sided polygon.
a square pyramid has 4 triangles
6 Triangles!!
They are 4 triangles and one square. What they might make when assembled together depends on their sizes and on the shapes of the triangles.
The number of triangles that we can fit in a regular polygon with n sides is n - 2.
It depends on the size of the square and the sizes and shapes of the triangles.
By looking at other polygons with less sides, we can see how many triangles they can fit. In a 4-sided polygon (square), you can fit 2 triangles. In a 5-sided polygon (pentagon), you can fit 3 triangles. In a 6-sided polygon (hexagon), you can fit 4 triangles. In an 8-sided polygon (octagon), you can fit 6 triangles. The pattern here is the number of triangles is equal to the number of sides minus 2. T = N - 2 So... 50 - 2 = 48. 48 triangles can fit into a 50-sided polygon.
a square pyramid has 4 triangles
No two equilateral triangles do not make a square but two right triangles do.
no triangles
6 Triangles!!
One square and four triangles.
You can put 2 triangles in a square or you can call it a quadrilateral.
What is the formula to determine the number of triangles in a given square of forty-four triangles?
8 triangles will fit inside a 10 sided decagon
A regular shape such as a square or rectangle - length times width. If it is an irregular shape, fit known sized squares and triangles within the shape's border and work out area of a square and a triangle times the number of squares and triangles.
1o triangles