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DrAw a pair of perpendicular lines?
A plus sign (+) would be a pair of perpendicular line segments.
Does a rectangle have at least 1 pair of perpendicular sides?
Yes, because if you draw a rectangle, there'll be at the top and the right side touch.
How many pairs of perpendicular sides of a right angle?
A right angle has one pair of perpendicular sides.
What shapes have at least one pair of perpendicular sides?
Any shape, other than a triangle can have a pair of perpendicular sides.
Jim brought a new pair of glasses the lenes had six sides the lenes were in the shape of?
a hexagon.
What is a hexagon shape with one pair of perpendicular sides?
An irregular hexagon.
What is a hexagon shape with exactly one pair of perpendicular sides?
Draw a right angle corner, then add 4 more sides that are NOT right angles...
Hexagon with one pair of perpendicular sides?
Yes, they can exist.
A hexagon with only one pair of parellel sides?
A hexagon with only one pair of parellel sides
Does a dodecagon has no pair of perpendicular sides but has pair of perpendicular sides?
The question contradicts itself. A dodecagon need not have any perpendicular sides.
Can you draw a pair of intersecting lines that are perpendicular?
a pair of intersecting lines that are perpendicular
Which shape has no pair of perpendicular sides but no parallel sides?
shape no pairs of perpendicular sides
DrAw a pair of perpendicular lines?
A plus sign (+) would be a pair of perpendicular line segments.
A polygon with only 1 pair of perpendicular sides?
Any polygon can have only 1 pair of perpendicular sides.
Does a hexagon have 1 pair of parallel sides?
It is possible for a hexagon to have one pair of parallel sides. A hexagon can have 0, 1, 2 or 3 pairs of parallel sides, and can have 0, 2, 3, 4, 5, or 6 parallel sides.
Does a rectangle have at least 1 pair of perpendicular sides?
Yes, because if you draw a rectangle, there'll be at the top and the right side touch.
How do you draw a hexagon with all angles equal but not all sides equal?
Draw a regular hexagon. Then take any vertex and move it towards or away from the opposite vertex, taking both arms of the angle. Another way of saying the same thing is stretch (or shrink) a pair of opposite sides.
