Perpendicular to what? Four pairs cannot be mutually perpendicular unless you go into hyperspace.
They are simply four pairs of perpendicular lines. There is nothing in the question to suggest there is anything more than that to them.
Yellow
its impossible; the two perpendicular lines already make four right angles.
The rectangle has four corners.Every corner is a right angle.Every right angle is a place where two perpendicular lines meet.Looks like the rectangle has four pairs of perpendicular sides.
There are four perpendicular lines in a rectangle
They are simply four pairs of perpendicular lines. There is nothing in the question to suggest there is anything more than that to them.
Yellow
its impossible; the two perpendicular lines already make four right angles.
A right trapezoid has exactly one pair of perpendicular lines and is a quadrilateral.
The rectangle has four corners.Every corner is a right angle.Every right angle is a place where two perpendicular lines meet.Looks like the rectangle has four pairs of perpendicular sides.
The square and rectangle.
There are four perpendicular lines in a rectangle
A square is on example. The perpendicular bisectors of the sides and the two diagonals comprie four lines of symmetry.
Oh, dude, a rectangle has like, two perpendicular lines. One going up and down, and one going side to side. It's like, the basic geometry you learn in elementary school, man. So, yeah, two perpendicular lines for a rectangle.
Each of the four lines is perpendicular - to two of the other lines.
A kite
A shape that can have three pairs of perpendicular sides is a rectangular prism (or cuboid) when considering its three-dimensional form. Each pair of sides meets at right angles, creating a structure with three sets of perpendicular edges. In a two-dimensional context, no standard polygon can have three pairs of perpendicular sides, as it would require more than four sides, violating the definition of a polygon.