Question

Which of the following represents the correct relation between Avogadro's number (No), number of
particles (N) and moles (n)?
d.n=N/No
b. n = No/N
c. n=Nx No
d. all are correct


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Answer 1

Explanation:

Which of the following represents the correct relation between Avogadro's number (No), number of

particles (N) and moles (n)?

d.n=N/No

b. n = No/N✅✅

c. n=Nx No

d. all are correct

Answer 2

Answer:

The relation between Avogadro's number $n = \frac{N}{No}$

Explanation:

The Avogadro number, often known as$N$or $N 0$, is the number of constituent particles (typically molecules, atoms, or ions) that make up one mole, the international (SI) unit of substance amount: by definition, it is exactly $6.022140857 \times 10^{23} \mathrm{~mol}^{-1}$ and it is dimensionless.

Depending on the reaction and the nature of the substance, the units could be electrons, ions, atoms, or molecules.

$n = \frac{N}{No}$

Option A is correct $n = \frac{N}{No}$