Question

State Avagadro's law.​

Answer 1

Answer:

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Answer 2

$\large \boxed{\mathtt{Avagadro's \: \: law : }}$

$\star \mathrm{Avagadro's \: law \: states \: that \: at } \\ \mathrm{\: constant \: pressure \: and \: temperature} \\ \mathrm{the \: volume \: of \: a \: gas \: is \: directly }\\ \mathrm{\: proportional \: to \: number \: of \: atoms } \\ \mathrm{\: or \: molecules \: present \: in \: it.\: }$

$\boxed{V∝n} \: \: \: (or) \: \frac{V}{n} = \mathtt{constant}$

$\star \mathrm{Avagadro's \: number \: (N_{A})is \: the }\\ \: \mathrm{total \: number \: of \: atoms \: per \: mole} \\ \mathrm{ \: of \: the \: substance.}$

$\star \mathrm{It \: is \: equal \: to \: 6.023 \times 10 ^{23} / mol}$