It is not. But, in general this statement can be made because we ground circuits. Current flows due to a voltage gradient (difference in voltage from one place to another). When we build a circuit, we typically ground the neutral side (of say a battery), and connect the positive side to the circuit in question. Current will want to flow to ground in this instance.
If you reversed the battery connection (postive to ground), current will flow in the opposite direction.
Similarly, lightning strikes can be due to a build of of electrons in the clouds (electrons will flow to the ground), or a build up of electrons in the ground (electrons will flow to the sky). The second type is known as a positive strike, and is very devistating on power equipment.
An earth leakage relay is an electronic or electromechanical device that detects the current flowing to earth (Americans call this ground). If this earth leakage current is above a preset level (and carries on for a preset time) the relay is "tripped" - this may switch on an alarm signal - or more usually it simply disconnects the supply. Currents may flow to earth due to a fault condition or because of lots of individual items connected to the supply have a small "leakage" to earth.
there will be current that isn't carried by the current carrying conductors
Earth is neutral, but only at the distribution panel and upstream from it. Downstream of the distribution panel, earth and neutral shall not interchange or cross connect their connections or their roles - earth is protective ground - and neutral the current carrying return conductor.
The third terminal connects to earth ground.
An artificial neutral is crated in the CT of the line to be protected (for transmission lines) a CT is fixed in the neutral of the CT. if there is any imbalance in the 3 phase current then the relay will develop a difference in neutral.that can be sensed by the CT,then gives the trip command to relay
The earth connection in an electric kettle is a safety measure to protect against electric shocks. It helps to divert any leaked current to the ground, preventing it from flowing through a person if a fault occurs in the kettle. This protects the user from potential electric hazards.
Heat, wind, water, and electric currents.
electric current in a solenoid coil
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
If the track is fed by overhead power lines then the track is the return path for the electric current and is at earth potential.That is 0 volts
The earth wire provides a path for leaked or excess current to safely travel to the ground, instead of passing through a person and causing electric shock. It helps to maintain proper grounding of electrical devices and prevents the buildup of dangerous voltage levels. By effectively diverting excess electricity, the earth wire helps to protect individuals from electric shocks.
No, a charged conductor is either at an abundance or lack of electrons. The moment an earth is provided, a discharge begins, which is current flowing.
Gravity
candy
current may pass to the earth in case of short circuit without any harm.
Earthing current flows through the earth to provide a safe path for electrical faults to return to the ground. This helps stabilize the electrical system and prevents the risk of electric shocks or fires by ensuring excess current does not flow through people or equipment.
See related link. The neutral wire provides the electric current a return path back to the electrical generation system. It is connected to earth ground, and should have no electric potential in relation to earth ground.