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  • For a given 1 mole of ideal gas kept at in a container at capacity 4.463 l, the Ava

For a given 1 mole of ideal gas kept at 3.5 \mathrm{~atm} in a container at capacity 4.463 l, the Avagadro proportionality constant for the hypothesis (see figure)
 

Option: 1

2.46


Option: 2

1.275


Option: 3

406


Option: 4

1.475


Answers (1)

best_answer

According to Avogadro hypothesis

\mathrm{V\alpha\, n}

\mathrm{V=\frac{n(R T)}{P}}

\mathrm{\text{proportionality constant}= \frac{RT}{p}}
\mathrm{Using\: P_{v}=n R T}
\mathrm{\therefore \frac{R T}{p}=\frac{V}{n}=\frac{4.463}{3.5}=1.275}

Posted by

Irshad Anwar

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