Only A (It is a closed figure) is true. The rest are incorrect because they define specific regular polygons. If you consider B (It is a quadrilateral), you must follow the logic that all quadrilaterals are polygons but not all polygons are quadrilaterals (an easier-to-follow example of this logic is: All fathers are male, but not all males are fathers).
Yes, a quadrilateral equals 360°, as the total measure. This is the same for every quadrangle, whether it is a square or not.
360 degrees
360
60 degrees
64 degrees because the total of the angles has to equal 360 degrees for it to be a hexagon.
In a quadrilateral, three of the angles are obtuse. Which of the following could not be the angle measure of the fourth angle? 60° 90° 40° 20°
Any measure that you like. The measure can be uniquely determined only if it is a REGULAR hexagon.
Any measure that you like. The measure can be uniquely determined only if it is a REGULAR hexagon.
Any measure that you like. The measure can be uniquely determined only if it is a REGULAR hexagon.
whats the measure of a hexagon
The area of a hexagon with sides that measure 20cm is approximately 1039.23cm2
It depends, because a hexagon does not have to look like a regular hexagon. If you are referring to a regular hexagon, the measure of each angle is 120o . If you are referring yo an irregular hexagon, you're going to have to use a protractor for that.
The following are angles in a convex quadrilateral: Angle A = 80 degrees Angle B = 98 degree Angle C = 70 degrees What is the measure of the missing angle?
A regular quadrilateral is a square. As to the measure, the answer depends on the measure of WHAT? An angle, a side, the diagonal, area, perimeter, etc.
in a regular hexagon, pi/3 radians
A hexagon, in general can have an angle of any measure. In a REGUALR hexagon, each interior angle is 120o.
Providing that it is a regular hexagon then each exterior angle will measure 60 degrees