Question

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

Answer 1

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.

Answer 2

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.