No. The number 7 does not have seven angles.
An regular 8 sided octagon has no right angles unless it is shaped into an irregular octagon.
None or 2, depending upon the trapezium.
An arrowhead typically has two acute angles. These angles are formed at the tip of the arrowhead, allowing it to have a pointed shape. The remaining angles at the base of the arrowhead are often obtuse or right angles, depending on the design.
It varies depending on the angles and lines of the triangle.
A circle does not have angles in the traditional sense, as angles are formed by the intersection of two lines. However, if considering angles formed by radii and chords within the circle, it is possible to have infinitely many obtuse angles depending on the selected points on the circumference. Thus, the answer can be considered as infinite obtuse angles in a circle.
The simple diamond shaped: - - - - - - - - has 2 acute angles and 2 obtuse angles! :P
An regular 8 sided octagon has no right angles unless it is shaped into an irregular octagon.
Infinite numbers of angles * * * * * Without overlapping, 2.
An oval has no exterior angles(or an infinite number depending on your point of view!)
they got its name because of how many angles were in the number
Because it has eight sides it is an octagon so:- Exterior angles: 360 degrees Interior angles: 1080 degrees
None or 2, depending upon the trapezium.
An arrowhead typically has two acute angles. These angles are formed at the tip of the arrowhead, allowing it to have a pointed shape. The remaining angles at the base of the arrowhead are often obtuse or right angles, depending on the design.
It varies depending on the angles and lines of the triangle.
A circle does not have angles in the traditional sense, as angles are formed by the intersection of two lines. However, if considering angles formed by radii and chords within the circle, it is possible to have infinitely many obtuse angles depending on the selected points on the circumference. Thus, the answer can be considered as infinite obtuse angles in a circle.
It varies. If it has reflex angles, then it varies, depending on the number of reflex angles and their location in relation to each other. Otherwise (if it has no reflex angles) then it has 4 diagonals.
It has 3 acute angles. You can do this by multiplying however many sides it has by 2. I think this works. Try it with different shapes! Hope this helps!