AC Voltage: Is 110V Always Supplied?

[phyphysics]

When the generator produces electricity,during the revolutions of the coil,the voltage induced is changing.If the voltage supply of a certain country is 110V, will the voltage supplied is NOT 110V sometimes?

Also, the current induced when the coil is set vertically,will the appliance stop working temporarily?

 

[lightgrav]

If the rotating coil sweeps thru the magnetic field,
then the +/- charges can be separated by B ...
by q v x B Lorentz Force on + and - charges.

I don't know what you mean by "coil set vertically".

In the US, the AC Voltage is "supposed to be" 110V.

The magnetic field, number of coils, and rotation rate
are set up to produce that Voltage.
Which do you think changes when there's a big load?

If V_peak at the generator is the same, how could
V_peak at the home be less?

 

[quicknote]

I can confirm that AC voltage is not always supplied at a constant 110V. The voltage supplied can vary based on factors such as the load on the circuit, fluctuations in the power grid, and the quality of the electrical equipment being used. In addition, the voltage induced in a coil can also vary depending on the speed and direction of the rotations, as well as the strength and orientation of the magnetic field. Therefore, it is possible for the voltage supplied to be slightly higher or lower than 110V at certain times.

Regarding the current induced when a coil is set vertically, it is possible for the appliance to stop working temporarily if the induced current is not sufficient to power it. This can happen if the coil is not rotating at a fast enough speed or if the magnetic field is not strong enough. However, if the coil is properly designed and the magnetic field is strong enough, the induced current should be able to power the appliance continuously.