You cannot - unless it is a regular hexagon. And there is nothing in the question to suggest that you can assume it is a regular hexagon.
the total would be 720 degrees and if it is an equi-angular hexagon each angle would be 120 degrees. (number of sides-2 then times by 180)
A polygon with interior angle measures of 108 would be a pentagon
Since there are six sides to a regular hexagon and every side is equal in measure to find the measure of each side you would divide 720 by 6120 degreesTo properly explain why you divide 720 by 6:The sum of the measures of the interior angles of a triangle is 180 degrees. Since you can draw 4 triangles in a hexagon, the total of the angles is 4 * 180, or 720. Divide that by the number of sides in a hexagon and you get the interior angle (120 degrees).
The interior angle of any regular polygon can be calculated using the formula 180 * (n - 2) / n, where n is the number of sides. In this case, since each exterior angle measures 72 degrees, the interior angle would be 180 - 72 = 108 degrees. So the measures of the interior angles in this regular polygon would be 108 degrees.
The sum of the interior angles of a 6-sided polygon, or a hexagon, is (6-2)*180 = 720 degrees. The measure of one of these angles cannot be determined unless the hexagon is regular and the question does not say that it is a regular hexagon. If it were a regular hexagon, each interior angle would be 720/6 = 120 degrees.
the total would be 720 degrees and if it is an equi-angular hexagon each angle would be 120 degrees. (number of sides-2 then times by 180)
Each interior angle of a hexagon is 120 degrees and there are 6 of them. That would equal 720 degrees.
A polygon with interior angle measures of 108 would be a pentagon
Since there are six sides to a regular hexagon and every side is equal in measure to find the measure of each side you would divide 720 by 6120 degreesTo properly explain why you divide 720 by 6:The sum of the measures of the interior angles of a triangle is 180 degrees. Since you can draw 4 triangles in a hexagon, the total of the angles is 4 * 180, or 720. Divide that by the number of sides in a hexagon and you get the interior angle (120 degrees).
The interior angle of any regular polygon can be calculated using the formula 180 * (n - 2) / n, where n is the number of sides. In this case, since each exterior angle measures 72 degrees, the interior angle would be 180 - 72 = 108 degrees. So the measures of the interior angles in this regular polygon would be 108 degrees.
The sum of the interior angles of a 6-sided polygon, or a hexagon, is (6-2)*180 = 720 degrees. The measure of one of these angles cannot be determined unless the hexagon is regular and the question does not say that it is a regular hexagon. If it were a regular hexagon, each interior angle would be 720/6 = 120 degrees.
120 degrees because there are 720 degrees interior angles in an hexagon.
The sum of the interior angles of any polygon, with n sides, is (n-2)*180 degrees. For a hexagon, that would give 4*180 = 720 degrees.
If the particular hexagon is a regular hexagon, then every interior angle is obtuse. However, not every hexagon is regular. Any figure with 6 sides is technically a hexagon, so the answer would be no.
That polygon would be a hexagon (6 sides).
6 sides and it is a regular hexagon
The method of finding the sum of the interior angles of a polygon is by multiplying the (number of sides)-2 by 180, so the sum of the interior angle measures in a 25-sided polygon would be 23*180, or 4140 degrees.