Accepted at: Aug, 19, 2024
5:15 p.m.
Author:
Brian_BH
Related Deck:
1659128643828
Accepted
Rationale for new note
Unfortunately testable. Maybe not supremely high yield but I definitely got this during one of the AAMC FL's and, to my dismay, I got a version of this on test day.
Text
Give the two formulas for the average kinetic energy of a gas particle:
KE = \({{c1::(\frac{1}{2})mv^{2} }} = {{c1::(\frac{3}{2})k_{b}T}}\)
KE = \({{c1::(\frac{1}{2})mv^{2} }} = {{c1::(\frac{3}{2})k_{b}T}}\)
Text
Give the two formulas for the <b>average kinetic energy of a gas particle</b>:<br><br>KE = \({{c1::(\frac{1}{2})mv^{2} }} = {{c1::(\frac{3}{2})k_{b}T}}\)
Extra
kb = Boltzmann constant (1.38x10-23 J/K)
Extra
k<sub>b</sub> = Boltzmann constant (1.38x10<sup>-23</sup> J/K)
Lecture Notes
Empty field
Lecture Notes
Missed Questions
Empty field
Missed Questions
Pixorize
Empty field
Pixorize
Sketchy
Empty field
Sketchy
Additional Resources
Empty field
Additional Resources
One by one
Empty field
One by one
Tags
#AK_MCAT_v2::#Kaplan::General-Chemistry::Ch-08-The-Gas-Phase
AnkiHub_Subdeck::AnKing-MCAT::General-Chemistry
#AK_MCAT_v2::$Errata::AKadd