What is the meaning of these equations: Langmuir equation and Freundlich equation Please give the meaning of each variable in those two equations. For example: Beer-Lambert Law.  A= ϵbC   A = absorbance;  ϵ = molar absorptivity; b = length of light path; c = concentration. This Beer-Lambert law is just an example of how to do it with the two equations: Langmuir and Freundlich (attached pictures) Also, please include it in the nomenclature.  Nomenclature - The symbols should be defined in the nomenclature in alphabetical order. The accompanying definitions must include proper units.

What is the Gibbs phase rule for the general system?

derivation of ideal gas equation for kinetic theory of gas 1.frequency of collision 2.derive the force 3.To determine the pressure of the gas 4.to determine energy associated with ideal gas 5.determine ideal gas equation 6.determine V_rms² from ideal gas Please break each derivation step by step for better understanding ,if possible include diagram

QUESTION 1 Match the following terms to the correct definition. Sublimation Dipole-dipole attraction Adhesive force Viscosity Intermolecular force Dispersion force Surface tension Phase diagram A. force of attraction between molecules of different chemical identities B. "noncovalent attractive force between atoms, molecules, and/or ions" C. intermolecular attraction between two permanent dipoles D. "energy required to increase the area, or length, of a liquid surface by a given amount" E. "attraction between two rapidly fluctuating, temporary dipoles; significant only when particles are very close together" F. measure of a liquid s resistance to flow G. pressure-temperature graph summarizing conditions under which the phases of a substance can exist H. change from solid state directly to gaseous state