Question

Which of the following represents, the correct relation between $N_{A}$ no. of particles (N) and no. of moles?

a) N = $N_{A}$

b) n = $N_{A}$ /N

c) N = n * $N_{A}$

d) All are correct

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Answer 1

Answer:

Given:

• Which of the following represents, the correct relation between $\bold{N_{A}}$ number of of particles (n) and no. of moles?

Explanation:

• In chemistry the formula is $\bold{N = n \times N_{A}.}$

Or

• $\bold{N = n \times (6.022 \times 10^{23})}$.

Know terms:

• $\bold{N}$ represents number of particles.
• $\bold{n}$ represents amount of substance.
• $\bold{N_{A}}$ represents Avogardro Number.

Note:

• The value of $\bold{N_{A}}$ is $\bold{6.022 \times 10^{23}}$

• That's why to find the number of particles we multiply n with the value of avogardo number.

Answer 2

$\huge{Question:-}}}}$

Which of the following represents, the correct relation between.$N_{A}$ number of of particles (n) and no. of moles?

$\huge{Answer}}}}$

The Formula is N=>n ×  $N_{A}$

OR

$N=> n×(6.022×10^23)$

$\huge{FOLLOWING TERMS:-}}}}[/tex<u>]</u></p><ul><li><strong><u>N</u></strong><strong><u> represents number of particles.</u></strong></li><li></li><li><strong><u>n</u></strong><strong><u> </u></strong><strong><u>represents amount of substance.</u></strong></li></ul><p></p><p>[tex]N_{A}$ represents Avogardro Number.

Note:-

The value of $N_{A}$ is 6.022×10^23

That's why to find the number of particles we multiply n with the value of avogardo number.