There is not a shape with the most corners. You could always "one-up" the last shape. It is like with numbers, there is not a highest number, but instead there is infinity.
The shape with the most corners is a circle. A circle technically has an infinite number of corners, as it is made up of an infinite number of points along its circumference. However, in geometric terms, corners are typically considered to be points where two straight lines meet at an angle, so circles are generally not thought of as having corners in the traditional sense.
The shape with the most corners is a polygon called a "myriagon," which has 10,000 sides and 10,000 corners. In general, the number of corners in a polygon is equal to the number of sides. Therefore, a myriagon has the most corners compared to any other polygon.
the vertices are the corners to the shape, so you count the corners to whatever shape.
That's impossible, because if a shape has sides, then it means it has corners, and vice versa.
No such shape exists.
triangle
The shape with the fewest corners, ie the sphere.
The shape with the most corners is a polygon called a "myriagon," which has 10,000 sides and 10,000 corners. In general, the number of corners in a polygon is equal to the number of sides. Therefore, a myriagon has the most corners compared to any other polygon.
a heptagon has 7 corners and a octagon has 8 corners .
A shape that has 12 corners is called a dodecagon. This shape not only has 12 corners but alsoÊ12 sides.
No shape can have two corners
An heptagon has 7 corners and 7 sides whereas an octagon has 8 corners and 8 sides
The shape with 8 corners is called an octagon.
A sphere has no corners and no edges
the vertices are the corners to the shape, so you count the corners to whatever shape.
Oxygen does not have any corners because it is a gas and does not have a physical shape with corners.
the corners
That's impossible, because if a shape has sides, then it means it has corners, and vice versa.