For parallel electrodes, the field lines are all parallel to each other, since each electrode acts as an equipotential surface, meaning it has the same potential throughout its entire surface, except at the ends, where the field lines are no longer parallel to the other field lines. Hope this helps!
parallel lines are everywhere. They are on the desk you are at, the windows, the very monitor you are looking at. Any two lines that run next to each other are parallel, and without this, very few things would be straight.
It depends on where you are. If in the USA, a trapezium has no parallel sides. For everywhere else, a trapezium has one set of parellel sides (which is called a trapezoid in USA).
= 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.
No, parallel lines do not intersect, and never will.
Lines that meet are not parallel, and parallel lines never meet.
If you can find the slope of both lines, then yes you can tell. The slope for parallel lines is the same - so if your slopes are the same, your lines are parallel. If you are measuring (less exact) the lines will be the same distance apart everywhere.
parallel lines are everywhere. They are on the desk you are at, the windows, the very monitor you are looking at. Any two lines that run next to each other are parallel, and without this, very few things would be straight.
Uniform magnetic field is represented by parallel and evenly spaced magnetic field lines that run either from north to south or south to north, without any convergence or divergence.
The field lines are parallel and create an attractive force field.
Electric lines of force represent the direction in which a positive test charge would move if placed in an electric field. They provide a visual representation of the electric field intensity and direction. The lines originate from positive charges and terminate on negative charges, showing the path a positive charge would take in an electric field.
No lines are parallel to the Prime Meridian. All of the meridians of longitude are farthest apart at the equator, and all converge at the north and south poles. Parallel lines would be the same distance apart everywhere, and never meet.
Parallel-being everywhere equidistant and not intersectingLine-A geometric object that is straight, infinitely long and infinitely thin.So two "wavy lines" (that never intersect and are equidistant) would fulfill the definition of "parallel," but not of "line."
In a 2 dimensional plain they would have to be parallel in order to have no common point; in a 3 dimensional field they do not have to be parallel.
If an electron enters a magnetic field parallel to the field lines (i.e., parallel to B), it will not experience any deflection or force due to the magnetic field. This is because the force on a charged particle moving parallel to a magnetic field is zero.
It depends on where you are. If in the USA, a trapezium has no parallel sides. For everywhere else, a trapezium has one set of parellel sides (which is called a trapezoid in USA).
When two lines are parallel, then they do not intersect.
If they were not actually parallel then they would not be parallel lines!