A bird sitting on a naked electric wire does not get electric shock,why? Explain.?

Question

A bird sitting on a naked electric wire does not get electric shock,why? Explain.?

Answer

A Bird sitting on electric wires didn't get shocked because they are the bad conductor of electricity... they don't allow electrons to flow through their body

Answer

Because in the leg of bird have not bone marrow due to this reason they seat on a naked electricity wire

Answer

This is just one of the reasons why birds don’t get shock, however the more important reason why current does not pass through the bird is, there is barely any, if at all, voltage difference across the bird.Current flow is actually just the flow of minute charged particles that are invisible to the naked eye. These charged particles need an energy input in order for them to get transferred.The amount of energy needed to move the charges from one point to another is measured in terms of the potential difference between the two points. A bird perched on high-tension wires has both its feet placed firmly on the same wire, so the net potential difference fromone end of the bird to the other is, for all purposes, next to nil. In order for current to flow through the bird, there must be a sizeable difference in voltage across the body.While the potential difference between the wire and Earth may be thousands of volts, the potential difference between the bird’s two feet is extremely tiny and so a very small current flows through the bird which can barely be registered. Source:PKN

Answer

This is because the legs of bird act as a insulator for their bodies.

Answer

Explanation:

Insulation:
When a bird sits on a naked electric wire, it does not get an electric shock because it is insulated from the electric current flowing through the wire. The bird's body does not provide a path for the electric current to flow through, thus preventing the occurrence of an electric shock.

Surface Area:
Birds have relatively small surface areas in contact with the wire. The electric current tends to flow through paths of least resistance, and the small contact area of the bird's feet reduces the chances of current flowing through its body. This limited contact area decreases the likelihood of the bird experiencing an electric shock.

Resistance:
Birds have a higher resistance compared to metals, which are good conductors of electricity. The electric current prefers to flow through materials with lower resistance. As a result, the bird's body, with its higher resistance, is not favored as a pathway for the electricity to flow through.

Non-Completing Circuit:
For an electric shock to occur, there needs to be a complete circuit. The bird sitting on the wire is not completing the circuit as it is not grounded or connected to another conductor that would allow the current to flow through its body. Since there is no closed circuit, the bird remains safe from electric shock.

High Voltage:
The voltage of the electric wire may be high, but it does not necessarily mean that the bird will experience a shock. Voltage alone does not cause an electric shock; it is the combination of voltage and a complete circuit that leads to shock. As long as the bird does not provide a path for the current to flow through, it remains unaffected.

In conclusion, a bird sitting on a naked electric wire does not get an electric shock due to insulation, limited surface area, higher resistance, and the absence of a complete circuit. These factors prevent the electric current from flowing through the bird's body, ensuring its safety.

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