Take a star for example, the points are acute angles, so, there would be five.
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Taking a star, for example, does not give the maximum because the maximum is likely to appear in an unusual shape. It should be possible to have a decagon with 7 acute angles and 3 reflex angles.
A decagon, which is a ten-sided polygon, can have a varying number of perpendicular sides depending on its specific shape. In a regular decagon, no sides are perpendicular to each other, as all angles are equal and measure 144 degrees. However, in irregular decagons, the number of perpendicular sides can vary. Therefore, the answer is that a decagon can have zero or more perpendicular sides, depending on its configuration.
yes of course * * * * * A decagon does NOT tessellate. All triangles and quadrilaterals do, there are 14 tessellating pentagons and a number of hexagons (including regular hexagons). There are no tessellations which use polygons of the same shape - regular or irregular - for polygons with 7 or more sides.
The maximum number is 5.
For any polygon, whether it is regular or irregular (even concave), the sum of the exterior angles is always 360 degrees. -- WRONG, the answer is 1440 degrees. The sum is equal to (number of sides-2)*180, I believe.
10 sides and angles * * * * * A decagon need not have any equal sides. If it does have equal sides, their number can take any [integer] value in the range [2, 10].
There is no maximum number for a an irregular concave polygon. If it must be convex, then there is a maximum of 3.
A decagon, which is a ten-sided polygon, can have a varying number of perpendicular sides depending on its specific shape. In a regular decagon, no sides are perpendicular to each other, as all angles are equal and measure 144 degrees. However, in irregular decagons, the number of perpendicular sides can vary. Therefore, the answer is that a decagon can have zero or more perpendicular sides, depending on its configuration.
yes of course * * * * * A decagon does NOT tessellate. All triangles and quadrilaterals do, there are 14 tessellating pentagons and a number of hexagons (including regular hexagons). There are no tessellations which use polygons of the same shape - regular or irregular - for polygons with 7 or more sides.
The sum of the interior angles is 1440 degrees.
A decagon has 10 sides, so it also has 10 angles. Each angle of a decagon is 36 degrees (360 degrees divided by 10). Therefore, a decagon has 10 angles of rotation symmetry.
The maximum number is 5.
A concave irregular hexagon can have up to 6 right angles. A convex irregular hexagon can have up to 3 right angles.
Oh, dude, a decagon has like 10 angles. Yeah, it's called a "deca"gon for a reason, you know, like decimal, decade, decathlon. It's like a polygon with 10 sides, so it's got 10 angles. Math can be chill sometimes, right?
1.
5
For any polygon, whether it is regular or irregular (even concave), the sum of the exterior angles is always 360 degrees. -- WRONG, the answer is 1440 degrees. The sum is equal to (number of sides-2)*180, I believe.
10 sides and angles * * * * * A decagon need not have any equal sides. If it does have equal sides, their number can take any [integer] value in the range [2, 10].