Yes
None. They are the same thing. To the Above Answer: In some shapes. In others like the octagon, the face is round (what is facing you) and the sides, where the corners are, are straight (what outlines the face, creating the shape). So... Face = what is facing you, Sides = Where the "corners" are.
Regular shapes:all sides and angles are the same Irregular shapes: different angle and sides
rectangular prism and cube
Regular shapes are shapes where all the sides and angles are equal. One example of a regular shape is a square because all the sides are the same and all the angles are 90 degrees.
A shape that has five sides is called a pentagon. A normal pentagon has all five sides that are the same length.
They are both shapes. they are both a quadrilateral. 4 corners and 4 sides.
A square and rectangle are two of them out of many many more
no because vertices is just another word for 'corners' and you know that sides are not the same as corners.
An octagon has the same number of corners as sides. So, an octagon which has 8 sides has 8 corners.
If you mean 'Irregular' and 'Regular shapes' then this is the answer. A regular shape is a shape that has E.g. 4 sides that are the same length but and irregular shape is one that has the same amount of sides, just different lengths.
None. They are the same thing. To the Above Answer: In some shapes. In others like the octagon, the face is round (what is facing you) and the sides, where the corners are, are straight (what outlines the face, creating the shape). So... Face = what is facing you, Sides = Where the "corners" are.
Regular shapes:all sides and angles are the same Irregular shapes: different angle and sides
An octagon has the same number of corners as sides. So, an octagon which has 8 sides has 8 corners.
no. Equilateral is the same amount of sides on 2 different shapes. and acute is smaller than a 90 degree angle.
One possible pair is a cube and a parallelepiped. Vertices and corners are the same thing!
No, because the vertices are the corners where the sides meet in a polygon
yes