- #1
magodiafano
- 3
- 0
Hello
I have a question about the relationship between kinetic energy and temperature for the hydrogen.
In my professor's note, there is written that:
(1/2)m*(v^2) = (1/2)*K*T
where m is the mass, K the costant and T the temperature in Kelvin.
My doubt is in the fact that on internet I discovered that the relation is:
(1/2)m*(v^2) = (3/2)*K*T
so are my professor's notes wrong?
I have a question about the relationship between kinetic energy and temperature for the hydrogen.
In my professor's note, there is written that:
(1/2)m*(v^2) = (1/2)*K*T
where m is the mass, K the costant and T the temperature in Kelvin.
My doubt is in the fact that on internet I discovered that the relation is:
(1/2)m*(v^2) = (3/2)*K*T
so are my professor's notes wrong?