The route for an overhead electricity line is surveyed to provide a profile (gradients) of the route -including any obstacles (roadways, rivers, outbuildings, etc.). Wherever possible, individual poles are placed where they will cause the least obstruction to farmers' machinery, etc. Ideally, means utilising natural or man-made features -e.g. following hedgerows, stone walls, etc. But, ultimately, their locations and, therefore, their distances apart, depend upon ensuring that the conductor sag remains above the minimum safety clearance, allowing for changes in temperature, ice loading, etc., and taking into account the profile (gradients) of the land and obstacles along their route. This is determined by a combination of the heights of adjacent poles and their distances apart and gradients/obstacles between. For routes across open, flat, countryside, the poles are likely to be roughly equidistant but, for route profiles that vary considerably in height, with obstacles, these distances can vary considerably.
um... isnt it kinda obvious? they are the cords that hang all over the place that carry electricity.
as far as i know it doesent have a name!!
It really depends on whether it is negative or positive but the simple answer is STATIC
It depends on the lights you use. You want the light to slightly overlap the other lamps.
The early railroads established "polelines" to carry telegraph wires and electricity alongside the railroad tracks. These looked like what are called telephone poles today, but could have large "crossarms" at the top to carry many wires. These began with just 2 or 4 wires for telegrph use, which later had 2 wires for electricity added. As technology advanced, more wires were added to control trains and send other messages along the lines.
21 feet apart
10 feet
quadrangle includes 6 poles. 2 timing poles and 4 poles that you actually turn. the four poles that you turn are each 75 feet apart from each other forming a square. the timing poles are directly in the center of the square and are 30 feet apart from each other.
it is different on every feild
Poles Apart was created in 1994.
Sometimes, it depends on how far apart the two magnetic poles are.
No.
Lines of constant latitude don't cross the equator. Any two lines of constant longitude are farthest apart at the equator, and meet at the north and south poles.
How do you take electricity apart?
Poles Apart - 2000 was released on: USA: 8 July 2000 (Los Angeles Outfest Gay and Lesbian Film Festival)
Positive and negative poles
If you're talking about magnets, then yes, north poles attract south poles.Two North poles repel, and two South poles repel.If you're talking about the Earth's north and south poles, those are justlocations. They're about as far apart as it's possible to get on Earth, andthey have no influence on each other.