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The amount of electrons it takes to make 80CU of charge would come as an equation. CU stands for Coulombs. It would take 4.9932078e+20 electrons for 80 CU of charge.
300A means that 300 coulombs of electrons are passing through it per second. 300 coulombs is (1.87 * 10^19) electrons, or simple 300C of electrons.
The Coulomb is a 'derived' unit depending on the basic units of the metric system. So one Coulomb is the amount of charge in an electric current of one Ampere/second--the Ampere being the current required to obtain an amount of magnetic force between a pair of current carrying wires. The Millikan oil drop experiment, which measures the charge on a single electron, provides the answer to how many electrons per second are in one Ampere. A single electron has a charge of 1.60217733 × 10-19 Coulombs. A collection of 6.2415 × 1018 electrons has a charge of one Coulomb (1/1.60217733x10-19).
There are 31.25* 10^18 electrons in 5 c0ulombs
An electron has a charge of about 1.6 x 10-19 Coulombs (the fundamental or elementary charge)So we can use a proportion and cross multiply it to find this out.Let x = # of electrons( 1 electron / 1.6 x 10-19 C) = ( x / 1 C )= 1/1.6 x 10-19 electrons = 1019/1.6electrons1019/1.6electrons = 6.25 x 1018 electrons(6250000000000000000 electrons)If you wanted to say that number:six quintillion, two hundred fifty quadrillion electrons
If a lightening bolt transfers twenty three coulombs to earth how many electrons are transferred?
539000 times as much as 1 coulomb.
The amount of electrons it takes to make 80CU of charge would come as an equation. CU stands for Coulombs. It would take 4.9932078e+20 electrons for 80 CU of charge.
Charges are quantized. This means that they have quantities. Therefore, q=ne. q is the the charge, n is the number of electrons you are trying to find, and e is the charge on the electron. Remember that your given charge is in micro coulombs, and you'll have to turn that into coulombs. -21x10^-6 c/1.6X10^-19c =n, this will give you the number of extra electrons. hope this helps!
50x1031x1.6x10 raised to the power -19 coulambs
Each electron have a charge of 1.6 * 10 ^ ( -19) c so by dividing 6.8/(1.6 * 10 ^ -19) 4.25 * 10 ^ 19 electrons are required
The idea is to divide 1 by the mass of the electron, in kilograms.Note that you'll never get 1 kg of electrons (just by themselves) close together - the electrostatic repulsion would be enormous.
300A means that 300 coulombs of electrons are passing through it per second. 300 coulombs is (1.87 * 10^19) electrons, or simple 300C of electrons.
The Coulomb is a 'derived' unit depending on the basic units of the metric system. So one Coulomb is the amount of charge in an electric current of one Ampere/second--the Ampere being the current required to obtain an amount of magnetic force between a pair of current carrying wires. The Millikan oil drop experiment, which measures the charge on a single electron, provides the answer to how many electrons per second are in one Ampere. A single electron has a charge of 1.60217733 × 10-19 Coulombs. A collection of 6.2415 × 1018 electrons has a charge of one Coulomb (1/1.60217733x10-19).
There are 31.25* 10^18 electrons in 5 c0ulombs
An electron has a charge of about 1.6 x 10-19 Coulombs (the fundamental or elementary charge)So we can use a proportion and cross multiply it to find this out.Let x = # of electrons( 1 electron / 1.6 x 10-19 C) = ( x / 1 C )= 1/1.6 x 10-19 electrons = 1019/1.6electrons1019/1.6electrons = 6.25 x 1018 electrons(6250000000000000000 electrons)If you wanted to say that number:six quintillion, two hundred fifty quadrillion electrons
How many coulombs of electrons go through it each second. A coulomb is 6.23X10^18 electrons.