For a given one mole of ideal gas kept at 6.5 atm in a container of capacity 2.463 L. The Avogadro proportionality constant for the hypothesis is

Question

For a given one mole of ideal gas kept at 6.5 atm in a container of capacity 2.463 L. The Avogadro proportionality constant for the hypothesis is (A) 0.406 (B) 2.46 (C) 22.4 (D) none of these

Tardigrade Admin · Accepted Answer

According to Avogadro hypothesis V propto n V=n ((R T)/P) Proportionality constant =(R T/P) =(V/n)=(2.46/1)

Q. For a given one mole of ideal gas kept at $6.5 a t m$ in a container of capacity $2.463 L$ . The Avogadro proportionality constant for the hypothesis is

0.406

2.46

22.4

none of these

According to Avogadro hypothesis

$V \propto n$

$V = n \frac{( RT )}{P}$

Proportionality constant $= \frac{RT}{P}$

$= \frac{V}{n} = \frac{2.46}{1}$

Q. For a given one mole of ideal gas kept at 6.5atm in a container of capacity 2.463L. The Avogadro proportionality constant for the hypothesis is