At which angle will the hexagon rotate so that it maps onto itself? 60° 90° 120° 180°
At Which Angle Will The Hexagon Rotate So That It Maps Onto Itself? 60° 90° 120° 180°
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At Which Angle Will The Hexagon Rotate So That It Maps Onto Itself? 60° 90° 120° 180°. At which angle will the hexagon rotate so that it maps onto itself? A polygon is a plane figure made up of line segments connected to form a closed polygonal chain.
At which angle will the hexagon rotate onto itself from brainly.com
Since there are six sides, divide $$360^ {\circ}$$360∘ by 6 to. A full circle is 360°; As a result, each angle has a 360°/6=60° measurement.
[ This Means That The Hexagon Will Rotate.
There are six angles between neighbor vertices that are all equal (because a hexagon is regular), and the sum is 360°. Divide the total degree of rotation by the number of identical sides to find the angle of rotation that maps the hexagon onto itself. A hexagon has 6 equal sides and 6 equal.
60° Is The Angle At Which The Hexagon Rotate So That It Maps Onto Itself.
To find out at which angle a hexagon can rotate onto itself, we first need to understand the properties of a regular hexagon. As a result, each angle has a 360°/6=60° measurement. Since there are 6 angles in the hexagon, it will rotate onto itself every 360/6 = 60°.
A Polygon Is A Plane Figure Made Up Of Line Segments Connected To Form A Closed Polygonal Chain.
A hexagon has six angles. Since there are six sides, divide $$360^ {\circ}$$360∘ by 6 to. A full circle is 360°;
At Which Angle Will The Hexagon Rotate So That It Maps Onto Itself?