A heptagon is a seven-sided polygon. It has seven interior angles. If it is a Regular polygon, each interior angle measures approximately 128.57 degrees, to a total of 900 degrees.
Sum of interior angles of a polygon of n sides is (2n - 4) right angles. In our case the sum would be (14 - 4) x 90 degrees = 900 degrees. Hence each interior angle would be 900/7 = 128.57 degrees approximately.
900 degrees
It's 900 degrees, and it doesn't matter whether the 7-sided polygon is regular or not.
Interior angles total ((2 x 7) - 4) right angles which is 900 degrees. Exterior angles total 360 degrees. This is true of all convex polygons.
Providing that it is a regular 7 sided polygon then each interior angle is 900/7 degrees
Polygons do not normally have interior angles of 180 degrees or more.
(n-2)*180 = 900 degrees
A heptagon is a seven-sided polygon. It has seven interior angles. If it is a Regular polygon, each interior angle measures approximately 128.57 degrees, to a total of 900 degrees.
The 7 interior angles add up to 900 degrees
To answer this question it has to be assumed that it is a regular polygon ie with equal angles. Sum of the interior angles = (7-2)*180 = 5*180 = 900 degrees So each interior angle = 900/7 = 128.57 degrees.
Well, honey, a polygon with 1000 degrees for the sum of its angles would be one sassy shape with over 7 sides, like an octagon or higher. And for 900 degrees, you're looking at a hexagon or more. So, in short, yes, there are polygons out there strutting their stuff with those angle sums.
The angle must be somewhere between zero and 360 degrees.
Sum of interior angles of a polygon of n sides is (2n - 4) right angles. In our case the sum would be (14 - 4) x 90 degrees = 900 degrees. Hence each interior angle would be 900/7 = 128.57 degrees approximately.
7
900 degrees
It's 900 degrees, and it doesn't matter whether the 7-sided polygon is regular or not.