Question

The ratio of Vrms of O2 and Vmp of SO2 at room temperature will be

Answer 1

Answer:

Explanation: i hope it will help alot

Answer 2

Answer:    $\sqrt{3} : 1$  will be the ratio

Explanation:

Given, at room temperature $T=25^{0}C$ $=298K$

For $O_{2}$ ,    $V_{rms}=\sqrt\frac{{3R*298}}{32}$$=\sqrt\frac{{3RT}}{M}$

For $SO_{2}$ ,  $V_{rms}=\sqrt\frac{{2R*298}}{64}$$=\sqrt\frac{{2RT}}{M}$

$\frac{V_{rms}^2(O_{2})}{V_{mp}^{2}(SO_{2} } =\frac{3}{1}$

$\frac{V_{rms}}{V_{mp}}=\frac{\sqrt{3}}{1}$

What is Gas Kinetic Theory?

• A huge number of submicroscopic particles, including atoms and molecules, are used in the kinetic theory of gases, a theoretical model, to characterize the molecular makeup of the gas.
• The idea also states that gas pressure results from particles slamming into one another and the container walls.
• In addition to defining physical characteristics like temperature, volume, and pressure, the kinetic theory of gases also defines transport characteristics like viscosity, thermal conductivity, and mass diffusivity.
• It essentially explains every characteristic connected to the tiny phenomenon.

• The idea is significant because it aids in creating a relationship between macroscopic properties and tiny phenomena.
• To put it simply, the kinetic theory of gases also aids in our understanding of how molecules behave.
• Gas molecules typically collide with one another and container walls since they are always in motion.

• Additionally, the model aids in comprehending related phenomena like Brownian motion.

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