First off you should not be touching any high voltage source whether you are grounded or not. A pole isn't typically dangerous, it is the wires on the pole. A path to ground is required for a current to flow. Technicians working on high voltage power line often touch the lines and ensure they are not grounded when doing so, by using special procedures. That is why birds can sit on bare power lines without getting shocked.
height of electric pole in India is 8m in residence area.
It is a device used to protect Electric Network and loads
There is no specific depth stated. Two to three feed deep with staked angular support from the pole to the ground will do the job fine.
A 2-Pole motor runs twice as fast as a 4-pole motor. The 2-pole motor has 2 windings at 180 degrees apart and the four pole motor has four windings at 90 degrees apart. The rotor tries to move from pole to pole with each half cycle of the AC current so the motor no-load speed for 60 cycle current is 2x3600/#poles. This is 1800 rpm for a 4-cycle motor and 3600 rpm for a 2-pole motor.
In the US the standard height of a utility pole is 40 feet, and is buried six feet into the ground. The tallest utility poles have reached 120 feet because of clearance requirements in the area.
the pole on the bumper car is always touching the cage at the top. that cage is electric and the energy travels through the pole into the cart .
the pole on the bumper car is alwase touching the cage at the top. that cage is electric and the energy travels through the pole into the cart .
Using a dry wooden pole to remove a person from an electric shock helps to avoid the rescuer getting electrocuted as wood is a poor conductor of electricity. The dry wooden pole acts as an insulator, preventing the electric current from passing through the rescuer's body. This method is a safer way to remove someone from an electric shock without putting oneself at risk.
Electric lines are on top of the pole to keep them out of the way.
Electrical systems must be grounded for the devices to function. The flow of electrons that drive them are attracted to the opposite pole of the battery and will not go through an electrical device that doesn't allow them to get to that pole.
is connected to negative pole and to body of car
['No' is the correct answer to this question. But it's a technical answer. There are a lot of if's, and's or but's involved. How, for instance, how do you touch one wire without touching anything else? On what are you standing? On what are you suspended? See how this works? If one was foolish enough to climb a telephone pole that had high voltage wires atop it and reached out and touched the wire, a fatal shock would almost certainly result. But if one somehow got atop the pole and jumped off and grabbed hold of the wire, no electric shock would occur. Birds sitting on wires don't get electrocuted. Remember that 'No' is the technically correct answer, but there are a lot of "loose ends" that must be thought through when considering this question. There are safety considerations to be assessed, and fatal consequences await the careless individual.] Yes. Most wires have a two or three pathways (conductors) wrapped together. One of these is usually the ground wire. If you come into contact with the ground and the hot wire, you can be shocked. Another way to look at this question is to think of "ground" as standing on the ground. If a person touches a live wire with a single contact point, but their body is not touching the ground or a grounded surface or a grounded object, then that person will not be electrocuted. That's because a complete circuit can not be made until you are grounded, or until you touch another circuit wire at the same time. You will not know for sure unless you have a test instrument. A wise person would not guess. For example, think of when a bird sits on a live high voltage wire between poles. The bird does not get electrocuted because the bird is not grounded. That bird is not completing a circuit path and cannot be shocked. However, if the voltage is high enough, the voltage can go right through the air (think lightning). A link is provided to the Wikipedia article on electric shock. It's worth a skim.
Birds don't get electrocuted on power lines because they do not create a path for electricity to flow. Since they are not touching the ground or anything else to complete a circuit, the electricity simply passes harmlessly through their bodies. Additionally, birds' feet are spread apart when they sit on power lines, which helps prevent the electricity from flowing through them.
Birds are not grounded when they perch on electric wires, so there is no closed circuit for electricity to flow through their bodies. Additionally, birds do not typically touch two wires with different electrical potentials simultaneously, which would be necessary to complete a circuit and receive an electric shock.
When a person touches an electric pole during rain, the moisture on their skin acts as a conductor for the electric current. Rainwater can increase the conductivity of the pole, making it easier for the current to flow through the person to the ground. This can result in an electric shock.
height of electric pole in India is 8m in residence area.
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