Most likely is going to explode. Put 120 psi on a car tire rated for 35psi and you will have the same effect.
Answer
The circuit's protective device will disconnect the motor from the supply, It will not explode!
In a three-phase electrical system, there are typically three live (or phase) wires and usually no neutral wire is required for balanced loads. However, if the loads are unbalanced or if a neutral is needed for specific applications, a neutral wire can be included. This allows for the connection of single-phase loads. Overall, the standard three-phase connection primarily consists of the three live wires.
A connection can be taken between phase lines, or between one phase and neutral. Both methods give a single-phase supply. Between phases the voltage is sqrt(3) times more than between one phase and neutral. In each case the load gives an unbalanced current on the 3-phase system but the idea is to average out the unbalances over a group of single-phase loads.
A single-phase cable will have a line and a neutral conductor and, possibly, but not necessarily, an earth (ground) conductor. A high-voltage three-phase cable will have three line conductors. A low-voltage three-phase cable is likely to have three line conductors and a neutral conductor.
On a step down transformer XO symbol denotes the secondary split phase grounding point. This is also where the neutral of the three wire secondary is connected. The transformer connection is known as a single phase - three wire - with one secondary winding.
An open delta connection is a delta connection with one phase removed, but still supplied with three line conductors. An open wye is a wye connection with one phase removed, supplying a three line conductors and a neutral conductor. An open-delta/open-wye is a method of providing a reduced-load three-phase supply using just two single-phase transformers, rather than the preferred method of using three single-phase transformers.
Unless the switch has a light to indicate the switch is turned on, there is no neutral connection to a single pole switch.
In a three-phase electrical system, there are typically three live (or phase) wires and usually no neutral wire is required for balanced loads. However, if the loads are unbalanced or if a neutral is needed for specific applications, a neutral wire can be included. This allows for the connection of single-phase loads. Overall, the standard three-phase connection primarily consists of the three live wires.
In a single-phase circuit like a house fed from 4-wire three phase in the street, the current flows in the live and neutral wires. The neutral currents from a street of houses are expected to cancel each other so that the overall current in the neutral leaving the transformer is small.
A connection can be taken between phase lines, or between one phase and neutral. Both methods give a single-phase supply. Between phases the voltage is sqrt(3) times more than between one phase and neutral. In each case the load gives an unbalanced current on the 3-phase system but the idea is to average out the unbalances over a group of single-phase loads.
Neutral-not moving;on a single position
Nothing should happen; that is reason you have fully redundant links, in case a link fails.
monster's ball
Neutral is a return path.
The world would change majorly!!!!!!!!!
A single-phase cable will have a line and a neutral conductor and, possibly, but not necessarily, an earth (ground) conductor. A high-voltage three-phase cable will have three line conductors. A low-voltage three-phase cable is likely to have three line conductors and a neutral conductor.
The single electron in a neutral hydrogen atom resides in the 1s orbital.
Most technical people believe that AC electricity is not polarized this is an incorrect assumption. Since AC power is just a potential difference between some reference (ground) and a signal it stands to reason reversing the Neutral and the "Hot" should reverse the polarity.