Yes, thunderbolts carry charge of this range.
The charge on anything has to be a multiple of the charge on an electron: 1.6 x 10^(-19) C. Because this is such a tiny charge, on an everyday scale it looks like any charge is possible. On a microscopic scale, it is more noticable that charge "jumps" between multiples of the charge on an electron.
it is not possible to know the location of an electron but only the regionCharge= -1.60 x 10-19 C; Relative Charge=0
The charge on sphere C will be 1C, the same as sphere A. When two objects with different charges touch, they will equalize their charges. Since A transfers its charge to B, and B transfers the same charge to C, the final charge on C will be 1C.
It will take 12.5 seconds for the insulator to charge from 5 C to 30 C at a charging current of 2 A. The time taken can be calculated using the formula: time = (final charge - initial charge) / charging current.
a proton has a positive charge
The SI unit for charge is the coulomb (C).
The "C" stands for Coulombs. It is the standard unit of electric charge. It is the amount of charge transported by one amp in one second.
the charge is 4 2+C+3(-2)=0 C=4
Yes, it is possible for charge density to be negative. Charge density refers to the amount of electric charge per unit volume, and it can be negative if there is an excess of negative charges in a given volume.
Definitely not possible. Capacitance is given by an expression C = epsilon x A / d Since charge is not present the capacitance cannot be increased or decreased by the charge placed
Websites don't usually charge for them but it is possible.
It is possible for a theft charge to disqualify you from getting an insurance license.