Many quadrilaterals have 2 parallel lines. Trapezoids, for instance.
Assuming parrel is an approximation to parallel, the answer is a parallelogram, and irregular vesions of pentagon, hexagon etc.
Two lines that run side by side but will never run into each other, like yellow lines on a road.
It doesn't if it's a regular nonagon. If it's irregular, then it can, but it doesn't have to.
A trapezium has 1 pair of opposite parallel sides of different lengths
A trapezium has only 1 pair of parallel lines.
Many quadrilaterals have 2 parallel lines. Trapezoids, for instance.
Yes, they ar.
Assuming parrel is an approximation to parallel, the answer is a parallelogram, and irregular vesions of pentagon, hexagon etc.
Two lines that run side by side but will never run into each other, like yellow lines on a road.
It doesn't if it's a regular nonagon. If it's irregular, then it can, but it doesn't have to.
A trapezium has 1 pair of opposite parallel sides of different lengths
Hans Parrel was born in 1944.
parrel
Two lines that will never meet are parallel lines. Parallel lines are two lines that are always the same distance apart and will never intersect, no matter how far they are extended. This property is a fundamental concept in geometry and is defined by having the same slope but different y-intercepts.
Roger Parrel has written: 'Ouverture sur le monde'
no