At a pressure of 24 times {10^5},dyne/c{m^2}, the volume of {O_2} is 10, litre and mass is 20, gm. The r.m.s. velocity will be....... m/sec

Q: At a pressure of $24 \times {10^5}\,dyne/c{m^2}$, the volume of ${O_2}$ is $10\, litre$ and mass is $20\, gm.$ The $r.m.s.$ velocity will be....... $m/sec$

c ${v_{rms}} = \sqrt {\frac{{3PV}}{m}} = \sqrt {\frac{{3 \times (24 \times {{10}^5} \times {{10}^{ - 1}}) \times (10 \times {{10}^{ - 3}})}}{{(20 \times {{10}^{ - 3}})}}} $ $ = 600\,\,m/s.$

SECTION - A [PHYSICS MCQ]

GSEB - English Medium

At a pressure of $24 \times {10^5}\,dyne/c{m^2}$, the volume of ${O_2}$ is $10\, litre$ and mass is $20\, gm.$ The $r.m.s.$ velocity will be....... $m/sec$

A$800$
B$400$
C$600$
D
Data is incomplete

Diffcult

STD 11 Science
JEE
STD 11 - 12 . kinetic theory of gases
Physics

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