Yes! Interestingly enough, the sum of the angles of any four-sided shape equals 360, the same number of degrees in a circle. The sum of the angles of any triangle equals 180, and 180 times two equals 360.
get a cut out shape of octagon, then get cut out triangles and try to fit in the triangles covering all the octagon but here is the solution... j
cut the angle of a decagon in half the cut angle for equal sides is 30 degrees on each end take 180 degrees divide bt # of sides and this will give you the cut angle for any euqal sided shape
A trapezoid is a 4 sided shape that belongs to the class of polygons known as quadrilaterals
Yes
it's impossible to have a quadrilateral that can't be cut into triangles.
An 8 sided octagon or a 4 sided rhombus can be formed depending on the size of the triangles cut from each corner.
get a cut out shape of octagon, then get cut out triangles and try to fit in the triangles covering all the octagon but here is the solution... j
cut the angle of a decagon in half the cut angle for equal sides is 30 degrees on each end take 180 degrees divide bt # of sides and this will give you the cut angle for any euqal sided shape
Yes, any polygon can be cut into only triangles.
The answer will depend on the triangle and the cut. You could get a trapezium, a kite or an ordinary quadrilateral. Any parallelogram is impossible if there is only one cut.
when you cut a pentagon in half you create a trapizoid
A trapezoid is a 4 sided shape that belongs to the class of polygons known as quadrilaterals
Yes
That depends where the cut is made if it's from vertex to vertex it will make 2 triangles otherwise it will make 2 quadrilaterals
Simply make a cut from any point on one side to any point on an adjacent side.
Diamonds can be cut into almost any shape.
Well, geometrically, most slices are shaped like triangles, but it really depends on how you cut the pie. If you cut into halves, it'll be semicircle, thirds; it'll be 2 triangles and again, a semicircle. And so on.