The lines on a Basketball court assist with the rules. The half court line indicates where the game starts. The lines on the outside indicate the out-of-bounds lines. The "arc" near the basketball goal indicate the distance that extra points can be made. The small circle near the basketball goal indicates where free-throws happen and the lines that converge from the small circle towards the basket is called the key. During free-throws, players aren't allowed inside of the key. Additionally, during regular play, offensive players can't stay in the key for longer than 3 consecutive seconds.
Real life example of parallel lines are railroad tracks and rows in a garden. Also the lines on a basketball court are parallel
PERPENDICULAR
perpendicular.
These lines are perpendicular: _|
Lines that aren't perpendicular
Real life example of parallel lines are railroad tracks and rows in a garden. Also the lines on a basketball court are parallel
= parallel + perpendicular As such no, perpendicular lines do not naturally have parallel lines. However...connect the lines in the symbols below. ++ ++ And you'll have 4 perpendicular lines, and 4 parallel lines.
Perpendicular lines intersect.
These lines are perpendicular: _|
Lines that aren't perpendicular
perpendicular.
PERPENDICULAR
Lines that intersect at 90 degrees are perpendicular lines
A rhombus has parallel lines but no perpendicular lines.
I believe they do, and they have 2 perpendicular lines.
Octagons have no perpendicular lines.
No. If the lines are parallel they will never meet or intersect at any point. If the lines are perpendicular they do intersect, but perpendicular lines are a special case of intersecting lines. Perpendicular lines are exactly 90 degrees from each other. Intersecting lines do not haveto be perpendicular... but perpendicular lines are always intersecting.