It is a square area with sides of 80 metres.
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The locus of points equidistant from the sides of a square is a smaller square that is concentric with the original square. This inner square is formed by connecting the midpoints of the sides of the larger square. The distance from the sides of the larger square to the inner square represents the distance from those sides to the locus of points. Thus, the inner square is inscribed within the original square, maintaining symmetry and equal distance from all four sides.
It's the area covered by a square whose sides are each 1 foot long.
The adjacent sides of a square are the two sides that meet at a vertex. In a square, each angle is a right angle (90 degrees), and all sides are of equal length. For example, if you consider one corner of the square, the two sides extending from that corner are its adjacent sides.
It has four congruent sides.
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It is a square area with sides of 80 metres.
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none! If it is a square, then all of the sides are straight...
If it has no sides then it cannot be a square.
Square have seven symmetry line is from corners to corners sides to sides and from up to bottom there is other symmetry line in four dimension
If those are the sides of a square, multiply them to get the area (in square feet).
A square has 4 sides or lines that are equal in length and has 4 right angles.
no, a square has 4 sides. a cube has 6 sides.
A square, be definition, can have only four sides: no more and no fewer. So a square with eight sides is impossible.
The locus of points equidistant from the sides of a square is a smaller square that is concentric with the original square. This inner square is formed by connecting the midpoints of the sides of the larger square. The distance from the sides of the larger square to the inner square represents the distance from those sides to the locus of points. Thus, the inner square is inscribed within the original square, maintaining symmetry and equal distance from all four sides.