How many electrons must be removed from an electrically neutral plate to give it a positive charge?
How many electrons must be removed from an electrically neutral plate to give it a positive charge?
Answer: removing each electron will give u 1.603*10^-19 C positive charge. So if u want +1*10^-7 C u need to remove +1*10^-7 / 1.603*10^-19 = 6.electrons.
How many electrons would have to be removed from a coin to leave it with a charge of?
625 billion electrons
How many electrons must be removed from an electrically neutral silver dollar to give it a charge of +3.8 ΜC?
Therefore 1.5 x 10^13 electrons need to be removed from the neutral silver dollar.
What is the charge on a metal when 5 electrons are removed from it?
A metal as a whole is neutral. When five electrons get removed from it, it will acquire positive charge equal to the negative charge which get removed from metal surface. Therefore, positive charge on the metal will be 5e. In terms of coulomb it will be 5 x 1.6 x 10.
How many electrons are there in a charge of Microcoulomb?
Q = ne’ where n is no of electons and e is the charge of an electron . So Here we saw that Charge is 1 microcolumb and 1 microcolumb is identical to 1*10 to the power -6. so 1*10^-6=1.6*10^-19*n So n=624*10^-10. so no of electrons is the given value.
What is the charge on a metal when two electrons are removed from it?
As we remove 2 electron from a metal the charge beomes +2.
When 10/19 electrons are removed from a neutral metal plate What is the electric charge?
Answer. -1.6*10^-19C. So if we remove an electron from a substance, we remove a charge of -1.6*10^-19C.
When 10191019 electrons are removed from a neutral metal plate the electric charge on it is?
So if we remove an electron from a substance, we remove a charge of -1.6*10^-19C. Therefore by quantization of charge, the next 4th charge gained on the substance is equal to +1.6*10^-19C.
When 10 14 electrons are removed from a neutral plate What is the electric charge?
Answer: The loss of electron will make the body positively charged.
What is the charge on a metal when 10 electrons are removed from it?
Therefore, positive charge on the metal will be 5e. In terms of coulomb it will be 5 x 1.6 x 10-19 = 8 x 10-19 C.
When 10/20 electrons are removed from the surface of a neutral metal plate the electric charge on it in Coulomb is?
10−19C.
When 1014 electrons are removed from a neutral metal sphere then the charge on the sphere becomes?
Explanation: if 10^14 electrons are removed from a neutral metal sphere, then what is the charge on the sphere? so n=1014 ,e=1.6*10-19 and since electrons are removed so charge will be positive, Q=1014*1.6*10-19 = 1.6*10.