Shocks are caused when an electric current is able to pass through a person/creature, as it goes from a conductor connected to (or touching) a power terminal, and returns to the power source via its return terminal. A crow can sit on a wire, and provided it doesn't touch anything else, there is nowhere for a current to go. Even so, as the line voltage for AC power goes from + to - and back again many times a second, the crow can "store" a certain amount of charge due to its capacitance. The capacitance is quite low, so these alternating currents through its legs are very small. Nevertheless, many birds can feel this current and they don't like it.
The birds are only touching one wire and not touching any thing that provides a return path for the current back to the generator. There is a procedure for people to work on energized high voltage lines from a helicopter without getting shocked because they are only touching one wire, so there is no return path available through the person.
It is impossible
It is impossible
When there is too much current flowing through a circuit the earth wire will take the current away and prevent someone from getting an electric shock
When current flows in a conductor you do not get an electric shock provided you do not touch the conductor.
direct current
It is impossible to separate the two. The voltage determines the magnitude of the current, and the current causes the damage. So, they are both responsible for electric shock.
A Current Affair - 1971 Shock Exit is rated/received certificates of: Australia:PG
You cannot die from the normal shock that you get when you rub the floor and then touch a light switch, etc. The amount of electrical current that is sent through your body is harmless and will do no permanent damage to you or your organs. The shock you have to worry about is the one you would receive from getting struck by lightning.
You feel a tingly sensation after getting an electric shock because of the shocked heart.
You get static shock when the air is dry, mostly during the winter. Electrical currents run through your fingers, and when you touch something, all the current rush to the thing you touched, causing a shock. Static current developed in any device can cause a static shock. Static current if discharged by direct human touch can cause damage to electronic devices.
The amount of current that should be given to mice in Electric Shock experiments would depend on what is being tested