Question

At 27 degree celsius the ratio of rms velocity of ozone to oxygen is

Answer 1

Explanation:

this is the correct answer

Answer 2

Answer:

Concept:

The square root of temperatures and the square root of the molar mass are both exactly proportional to the rms velocity. Thus, doubling the rms speed of the molecules when the temperature of a specific gas is quadrupled. The number of collisions among gas molecules and container walls is increased by doubling this average velocity. Additionally, each collision's impulse is doubled.

Given:

The ratio of rms ozone velocity to oxygen at 27 degrees Celsius is

Find:

find At 27 degree celsius the ratio of rms velocity of ozone to oxygen is

Answer:

As we will see in Range of Molecular Speeds, the rms speed is an easily determined estimate of the particles' speed that is connected to their kinetic energy. It is not the average or most likely speed of molecules. Take the sum's square root multiplied by the quantity of numbers.

$U_{rms} =\sqrt{3RT} /Mw$

Since all other values are constants

$\frac{(U_{rms})O_{3} }{(U_{rms})O_{2} } =\sqrt{\frac{32}{48} }$

$\sqrt{\frac{2}{3} }$

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