Chemistry, asked by panav4621, 1 year ago

What is the ratio of the average molecular kinetic energy of uf6 to that of h2 both at 300 k?

Answers

Answered by KaptainEasy
71

The ratio of the average molecular kinetic energy of UF₆ to that of H₂ both at 300 k will be 1:1.

As according to Kinetic molecular theory of gases, average kinetic energy is a function of temperature only.

The formula for average molecular kinetic energy is given as follows:

 K.E.=\frac{3}{2} k \times T

K is the botlzmann constant

T is temperature

So, K.E. is dependent on temperature so here the ratio is  1:1.


Answered by hprasad942004
20

Answer:

Explanation:

The ratio of the average molecular kinetic energy of UF₆ to that of H₂ both at 300 k will be 1:1.

As according to Kinetic molecular theory of gases, average kinetic energy is a function of temperature only.

The formula for average molecular kinetic energy is given as follows:

K is the botlzmann constant

T is temperature

So, K.E. is dependent on temperature so here the ratio is  1:1.

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