The number of triangles that we can fit in a regular polygon with n sides is n - 2.
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.
6 Triangles!!
infinite
Any rhombus definitely fits the description, and any polygon with more than 4 sides ... regular or not ... can fit it too.
Any number greater or equal to three. You can fit three triangles by joining any vertex to the two opposite vertices. After that, any one triangle can be divided into two by joining any of its vertex to any point on the opposite side.
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.
20 triangles will fit into a 22 sided polygon whose interior angles add up to 3600 degrees
You see how many triangles fit into the shape and multiply by 180 degrees
You can have an infinite number of triangles in a polygon, it would really depend on the size of the triangles you are trying to fit in.If on the other hand you mean that triangles are made by joining the point of the polygon to make triangles then it's the number of sides minus two.-n(sides)-2
That would depend on which hexagon and what triangles. A small hexagon might not have room for any large triangles. A large hexagon will have room fro many small triangles.If you have a regular hexagon and connect the vertices you will have drawn six equilateral triangles
The term congruent is used in comparing two geometrical figures, it does not fit in this context. The angles of a regular polygon are equal.
6 Triangles!!
Any polygon can be used to create a tessellation as long as it can fit together without any gaps or overlaps. Regular polygons with equal sides and angles, such as triangles, squares, and hexagons, are most commonly used for tessellations.
Not by itself.
1o triangles
You can fit 7 regular/equilateral triangles inside a Heptagon since a Heptagon has got 7 sides and vertices.
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