Not with regular pentagons because each interior angle is 108 degrees which is not a factor of 360 degrees
Pentagons are 5 sided shapes that have 5 angles and 1of them equal 108 degrees
No because each interior angle is 108 degrees which is not a factor of 360 degrees
A pentagon
108 degrees determined by the formula 180(sides - 2) / sides remember that
Not with regular pentagons because each interior angle is 108 degrees which is not a factor of 360 degrees
Pentagons are 5 sided shapes that have 5 angles and 1of them equal 108 degrees
No because each interior angle is 108 degrees which is not a factor of 360 degrees
That's true if the interior angles are 108 degrees, but a regular polygon cannot have exterior angles of 108 degrees.
A pentagon
108 degrees determined by the formula 180(sides - 2) / sides remember that
it can tessellate * * * * * NO IT CANNOT! A regular polygon can be used to create a regular tesselation if and only if its interior angle divides 360 degrees. The interior angle of a regular pentagon is 108 degrees, which does not divide 360 degrees so it cannot be used for a regular tesselation. . Three pentagons meeting at a point would cover 3*108 = 324 degrees - not enough to cover the 360 degrees at a point. Meanwhile 4 pentagons would cover 4*108 = 432 degrees - resulting in a 72 degree overlap.
Because the measure of each angle in a pentagon is 108 degrees, which 360 can't be divided evenly by, so pentagons don't tessellate because their is always a little extra space left over.
If its a regular pentagon then it will have 5 sides
If all sides have equal length (i.e. if it is a regular pentagon), then each (interior) angle has 108 degrees, for a total of 5*(108 degrees) = 540 degrees.
108 degrees
An exterior angle of 2520 degrees is impossible. Assuming you mean 252 degrees, this would make each interior angle 108 degrees, as 360- 252 = 108. A regular polygon with 108-degree interior angles has 5 sides, or in other words, it is a regular pentagon.