Rectangle
The given points when plotted on the coordinated grid is a rectangle
From the given coordinates it would form a line segment whose end points are (5, 2) and (0, 2) and so there is no 4 sided quadrilateral.
Square
There is no limit to the number of vertices nor edges.
There can be at most 3 obtuse angles in a quadrilateral.
A rectangle.
It appears to be a parallelogram
It appears to be an isosceles trapezoid when plotted on the Cartesian plane
It is a rectangle with sides of 2 by 3
The given points when plotted on the coordinated grid is a rectangle
rectangle
From the given coordinates it would form a line segment whose end points are (5, 2) and (0, 2) and so there is no 4 sided quadrilateral.
If A is at (5, 2) and B is at (5, 2) then they are both the same point; and if C is at (0, 2) and D is at (0, 2) then they are both the same point; and the quadrilateral is a [straight] line.
square
It's not. It's most often called a square but technically speaking it's an equilateral quadrilateral.
All quadrilaterals have four sides, four vertices and four angles. A quadrilateral where all sides have the same length can also be called a square, a rhombus, a rectangle, and a parallelogram. * * * * * If all 4 sides are equal it is a square or a rhombus but not a rectangle or parallelogram.
Four sides, meeting pairwise at four vertices. Sum of interior angles = 360 degrees. Two diagonals. Most other properties are either those of all polygons, or of special cases of quadrilaterals.