They can be any distance apart
Assuming a and b are the parallel sides of the trapezoid then with great difficulty - you need to know how far apart the parallel sides are.
If the slopes of two lines are unequal, they will cross somewhere, so the distance between them depends on x, and isn't really defined.If the slopes are equal, they are parallel, so they don't cross. So two lines are far apart if they have the same slope and a large difference in their x or y intercepts.
The shadow of the 4 foot parking meter's shadow is 6.5. The shadow of the 40 foot tall monument has to be 65 (4/6.5 = 40/x so x is 65) a2+b2=c2 402+b2=652 1600 + b2 = 4225 b2 = 2625 b = about 51.2347 feet apart
As far as we know, two lines can be perpendicular, or they can be parallel, but they can't be both.
18 inches
12 or less inches
They can be any distance apart
If you are referring to cones in the weave exercise, typically they are 12 feet from cone to cone, and 2 feet offset from left to right.
18 inches
Lines are parallel if they lie in the same plane, and are the same distance apart over their entire length. Parallel lines remain the same distance apart over their entire length. No matter how far you extend them, they will never meet.
Parallel bars are a piece of mens gymnastics apparatus parallel bars are two raised wooden bars that run parallel to each other
Parallel lines are two or more lines that are always the same distance apart and never meet, no matter how far they are extended. In geometry, parallel lines have the same slope and will never intersect.
18 inches
From the Calfornia DMV web page on parking: When you park alongside a curb on a level street, the front and back wheels must be parallel and within 18 inches of the curb. Park parallel to the street if there is no curb.
Assuming a and b are the parallel sides of the trapezoid then with great difficulty - you need to know how far apart the parallel sides are.
Far apart.