*where y-axis = Fraction of particles
*where x-axis = energy

if you increase the temperature on the maxwell distribution plot, the plot decreases along the y-axis and increases along the x-axis.
but what happens if you decrease the temperature?

does it increase along the y-axis and decrease along the x-axis????

*where y-axis = Fraction of particles
*where x-axis = energy

if you increase the temperature on the maxwell distribution plot, the plot decreases along the y-axis and increases along the x-axis.
but what happens if you decrease the temperature?

does it increase along the y-axis and decrease along the x-axis????

Yea, i would think so. If temperature increases, kinetic energy increases as well. And if temperature were to decrease, the kinetic energy would also decrease.

*where y-axis = Fraction of particles
*where x-axis = energy

if you increase the temperature on the maxwell distribution plot, the plot decreases along the y-axis and increases along the x-axis.
but what happens if you decrease the temperature?

does it increase along the y-axis and decrease along the x-axis????
exactly.:) the distribution would get narrower and shift to the left.

*where y-axis = Fraction of particles
*where x-axis = energy

if you increase the temperature on the maxwell distribution plot, the plot decreases along the y-axis and increases along the x-axis.
but what happens if you decrease the temperature?

does it increase along the y-axis and decrease along the x-axis????


i think so .. btw did you interview at temple recently?

im sorry, i didnt interview at Temple recently!
thatd be nice to say though...
anyways--do i have a doppleganger out there or something???