Q: How would you find the measure of each interior angle of a hexagon?

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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.

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.

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 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.

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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.

That polygon would be a hexagon (6 sides).

Each interior angle of a hexagon is 120 degrees and there are 6 of them. That would equal 720 degrees.

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.

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).

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.

You would need to know the interior angle because 180-interior angle = exterior angle

360/6 = an exterior angle of 60 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.

6 sides and 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)