The interior angle of a regular polygon with x sides is 180(x-2)/x. As a result, each angle of a regular 50-sided polygon is 172.8. The exterior angles are 7.2
I find the name "30-sided polygon", "40-sided polygon", etc. just fine.
Now, a 50-gon (the correct term is a pentacontagon, but that takes too long to type) has 50 sides. The equation for the interior angle of a regular polygon (we're talking about a regular 50-gon, right?) is [(n-1)*180]\n where n is the number of sides the polygon has. So in this case, the sum of the interior angles is 8820, and the measure of one angle is 176.4 degrees.
A polygon with 41 sides is called a "tetracontakaihenagon," while one with 50 sides is referred to as a "pentacontagon." These names derive from Greek numerical prefixes combined with the suffix "-gon," which means "angle" or "corner." Such polygons are often studied in geometry, though they are less commonly encountered in practical applications.
40 degrees
Acute angle
Since the 50-sided polygon is a regular polygon, then:The sum of 50 angles = (50 - 2)(180⁰) = 48(180⁰) = 8,640⁰Each angle measure = 8,640⁰/50 = 172.8⁰
The interior angle of a regular polygon with x sides is 180(x-2)/x. As a result, each angle of a regular 50-sided polygon is 172.8.
what is a 50 sided polygon called?
The name of a 50 sided polygon is Pentacontagon.
The name of a 50 sided polygon is Pentacontagon.
13agon and 50agon
The exterior angle of this 'polygon' would be 180 - 130 = 50 Now the sum of the exterior angles of any polygon is 360 degrees, so the number of sides would be supposedly: = 360/50 = 7.2 Now since a polygon cannot have 7.2 sides, a regular polygon's angle can't measure 130 degrees.
50...
the name for a 50 sided shape is a Pentacontagon;] ! xo
''pentacontagon''
Well, darling, to find the measure of an exterior angle in a regular polygon, you simply divide 360 degrees by the number of sides. So for a regular 50-gon, each exterior angle measures 7.2 degrees. Math doesn't have to be a drag, honey!
Any polygon can have a 50-degree angle. It doesn't have to, but it can.