The slope (or gradient) if the line is parallel to the y-axis, is infinite. If it's parallel to the x-axis the slope is zero.
Assuming parrel is an approximation to parallel, the answer is a parallelogram, and irregular vesions of pentagon, hexagon etc.
when you have 2 lines such as a and band they are across each other and do not tuch and there measure (if any ) are added up = 180 then it is parrel
parrel
trapezoid
Hans Parrel was born in 1944.
The slope (or gradient) if the line is parallel to the y-axis, is infinite. If it's parallel to the x-axis the slope is zero.
get a pen or pencil, then put it on whatever your gonna draw the hose on, then do a line, then do another line parrel to it, then do a line at each end of those lines, so they are conecting, there is your hose |=========|
Roger Parrel has written: 'Ouverture sur le monde'
Assuming parrel is an approximation to parallel, the answer is a parallelogram, and irregular vesions of pentagon, hexagon etc.
no
Yes, they ar.
when you have 2 lines such as a and band they are across each other and do not tuch and there measure (if any ) are added up = 180 then it is parrel
It is neither because it is just a straight line on the graph. There is only one line on the graph. So, it will not be perpendicular... well because there is only one line so it can not cross with any other line. It's not parrel because there is only one line.
circle
Yes it does because :)
A trapezium has only 1 pair of parallel lines.