180 - interior angle = exterior angle
Bing it
For any n-sided regular polygon the exterior angles are 360/n degrees.
360/exterior angle = number of sides of a regular polygon
No, you cannot find the exterior angle before the interior because the interior angles can vary in many ways.
By dividing number of its sides into 360 will give you the exterior angle.
Providing that it is a regular hexagon then each exterior angle will measure 60 degrees
The 6 inside angles of a hexagon add up to 720 degrees
Bing it
Hexagon has 6 sides so 360/6 = 60 degrees interior angle therefore exterior angle = 360 - 60 = 300 degrees
For any n-sided regular polygon the exterior angles are 360/n degrees.
Exterior Angle = 360/number of sides. Interior Angle = 180 - Exterior Angle. Combining Interior Angle = 180 - (360/number of sides).
Firstly, we have to find exterior angle .To find exterior angle we have to use this formula 360/n (n = number of sides). ex:n=24,you have to do this-->360/24 that is equal to 15.So, the exterior angle of a 24 sized figure is 15o.Now, we have to find interior angle.To find interior angle we have to use this formula 180 -exterior angle.ex:180-15=165.So, dude did you understand and now you dough is cleared .Strike off the dough.
the hypotenuse is the exterior angle
Imagine the angle you want to find is part of a circle - 360 degrees. Since a hexagon has 6 sides, you have to divide 360 by 6. This gives you 60. 60 degrees is the size of the exterior angle. You should know that a straight line is 180 degrees. So all you have to do is take away 60 from 180, giving you an answer of 120 degrees. This is the size of your interior angle.
60 degrees. You find this by taking 360 and dividing by the total sides (6) which leaves you with the degrees of the exterior angles, this exterior angle is how little you can rotate any polygon for that matter.
180-interior angle = exterior angle If it's a regular polygon then: 360/number of sides = exterior angle
360/exterior angle = number of sides of a regular polygon