No
On octagon is a plane (2-dimensional) figure which has only one face. There are no right angles on the face of an octagon.
An octagon has 8 angles. A heptagon has seven. The difference is one angle.
The measure of one of the regular octagon angles of the shape is 135 degrees, regardless of the size of the octagon. This means that the interior angles are all 135.
An octagon is any polygon with 8 sides, so you could construct one with a right angle. Since the sum of the angles in an octagon is 1080°, you could construct one with one or more right angles.In a regular octagon, all sides and angles are equal. (Each angle = 135°, which is not a right angle).You can go to the Math Openref website in the related link and play around with polygons of different number of sides, and see how the angles change.If you cannot get to that site then think about this. It is a large square with two of the corners 'notched out' with smaller squares. It has 8 sides, and there are 6 angles of 90°, and 2 angles of 270° (a reverse right angle) Ignore the periods, I needed them to space out the figure:. ____|. . . || . . ._||_._| ..
A rectangle has 4 right angles.
Yes. An octagon is an eight sided figure. It is possible that one or more angles are 90 degrees, unless it is a regular octagon, in which case the internal angles will be 135 degrees.
On octagon is a plane (2-dimensional) figure which has only one face. There are no right angles on the face of an octagon.
An octagon has 8 angles. A heptagon has seven. The difference is one angle.
The measure of one of the regular octagon angles of the shape is 135 degrees, regardless of the size of the octagon. This means that the interior angles are all 135.
An octagon is any polygon with 8 sides, so you could construct one with a right angle. Since the sum of the angles in an octagon is 1080°, you could construct one with one or more right angles.In a regular octagon, all sides and angles are equal. (Each angle = 135°, which is not a right angle).You can go to the Math Openref website in the related link and play around with polygons of different number of sides, and see how the angles change.If you cannot get to that site then think about this. It is a large square with two of the corners 'notched out' with smaller squares. It has 8 sides, and there are 6 angles of 90°, and 2 angles of 270° (a reverse right angle) Ignore the periods, I needed them to space out the figure:. ____|. . . || . . ._||_._| ..
An irregular octagon is one in which one of the sides is not the same length as the others or one of the angles is different from the rest.
A rectangle has 4 right angles.
Individual angles in an octagon can have any measure - anything between 0 and 360 degrees. Only the sum of the angles has to total a certain amount (in the case of the octagon, 6 x 180 degrees). A regular octagon has internal angles of 135 degrees and external angles of 45 degrees.
A concave octagon has is an 8-sdided figure in which one or more vertices (interior angles) are more than 180° , producing a shape with an inward bow, or a concavity (think of a cave).
The Math Open Reference related link (see below) has an interactive polygon tool. Change the number of sides to 8, then uncheck the Regular box, so you can make a polygon without all angles & sides the same. Make one of the angles 90° by dragging the corners, then see how the other angles change.
All of the angles in an octagon add up to 810 degreesIf you want to know what one of the angles equals you do 810 divided by 6 to get 135Another contributor's answer:An octagon is an eight sided polygon.Interior angles total 1080 degrees.Exterior angles total 360 degrees.
The question, as it stands makes no sense at all. Perhaps it is meant to be what has one or more right angles. But even that makes little practical sense. Any polygon can have one or more right angles, so how does the answer help?The question, as it stands makes no sense at all. Perhaps it is meant to be what has one or more right angles. But even that makes little practical sense. Any polygon can have one or more right angles, so how does the answer help?The question, as it stands makes no sense at all. Perhaps it is meant to be what has one or more right angles. But even that makes little practical sense. Any polygon can have one or more right angles, so how does the answer help?The question, as it stands makes no sense at all. Perhaps it is meant to be what has one or more right angles. But even that makes little practical sense. Any polygon can have one or more right angles, so how does the answer help?