Have a look at this image https://encrypted-tbn2.Google.com/images?q=tbn:ANd9GcRUaQ6taOcwPgdxxCUE-XfDoy3vIl4Oe1dCCgyJt1B37v673qLo3w . I am sure it will help you understand that.
because of their magnetic field lines
Yes opposite sides are parallel and congruent
just draw lines opposite of each other but not connected. and just make the ray the opposite direction of the other and you have it done.
Yes. The opposite sides of a square are equal and parallel.
A Trapezium (can have two opposite sides parallel)A kite has no parallel opposite sides
because of their magnetic field lines
Field strength between two conductor increase and attracts each other
parallel paths are conductors where current direction is same
Forces which are parallel and acting in same direction are called like parallel forces. Forces which are parallel and acting in opposite direction are called unlike parallel forces.
parallel
Forces which are parallel and acting in same direction are called like parallel forces. Forces which are parallel and acting in opposite direction are called unlike parallel forces.
From the question it is hard to establish whether the service size is 350 amps or the service conductors are 350 MCM in parallel. If the service is 350 amps, the grounding conductor is #3 bare copper wire. Parallel 350 MCM conductors will allow for a 600 amp service. The grounding conductor for a 600 amp service is a #1 bare copper wire.
In transmission line minimum 3 conductors are run in parallel. Every conductor has a flux which produce losses in other conductor which is run with parallel. So in the middle one conductor the losses is double in respect to other two conductors. At the end of the line the voltage of the middle one conductor is reduced from other conductors due to these losses. The transposition tower is used to change the conductors. By using these tower we shift each conductor position. So we use these towers in long transmission line so that these losses becomes equal for each conductor. and voltage will be almost equal at the end of the transmission line. Regards. Vishal kr. Sharma. (Simplex infrastructures ltd, Power Transmission & Distribution division)
Like Parallel forces are the forces that are parallel to each other and have same direction. Unlike parallel forces are the forces that are parallel but have directions opposite to each other.
1. Use of short length radial conductors bonded at the injection point. rather than a single long length conductor. This produces the effect of having a number of conductors in parallel. 2. Terminating radial conductors with vertical electrodes. This measure is more effective in low to medium soil resistivity. 3. Using large bending radii when changing the direction of horizontal conductors. Sharp bends tend to increase the inductance. 4. The use of earth enhancing compounds to improve the soil resistivity in the proximity of the conductors which will reduce the tower footing resistance
If two opposite sides are congruent in length and direction then they are parallel sides. THat would mean the other two sides are congruent making 4 parallel sides or a parallelogram
Parallel forces are forces acting in parallel lines. If two parallel forces act in same direction, they are called like parallel forces. If two parallel forces act in opposite directions, they are called unlike parallel forces.