An electron is taken into consideration to be the many basic unit of charge. The amount of charge lugged by an electron is the minimum quantized charge. The electrons bring the negative charge whereas the protons carry the very same amount of the positive charge.

You are watching: How many electrons are necessary to produce 1.0 c of negative charge? (e = 1.60 × 10-19 c)

The charge on an electron is .

Write the expression for the amount of charge brought by a variety of electrons. Here, is the amount of charge, is the number of electron and is the amount of charge on an electron.

Substitute the value of the amount of charge and also the charge on an electron in over expression. Therefore, the number of electrons forced for charge is electrons.

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slrfc.org Details:

Chapter: Electric charge

Subject: Physics

Keywords: Electron, charge, smallest unit, full charge, 1 coulomb, 1.6x10^-19 C, electrons are crucial, negative charge.

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beks73 <17>9 months ago
4 0

slrfc.org: Explanation:

The charge on the electron is given as, And we know that the formula for charge is, Here, Because of this, As such the number of electron which important to develop 1 C of negative charge is .

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Explanation:

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The correct slrfc.org to the question is by raising their masses, or by decreasing the separation distance between them.

EXPLANATION:

Let us think about 2 bodies having actually masses M and also M" respectively . The 2 bodies are separated from their centre of masses by a distance of R.

As per Newton"s legislation of gravitation, the two bodies will certainly exert gravitational pressure on one an additional. The gravitational pressure created in between them is calculated as -

Gravitational force Here, G is the gravitational pressure constant.

From above, we see that the gravitational force is directly proportional to the product of masses of 2 bodies and also inversely proportional to the square of separation distance in between them.

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Hence, the gravitational pressure between two objects have the right to be boosted by boosting their masses, or by decreasing the distance between them.