The molecular interpretation of Entropy Molecules can undergo three kinds of motions:translational, vibrational and rotational motions 1.Translational motion:Moving in one direction in a 3-D space
The molecular interpretation of Entropy 1. Translational motion: Moving in one direction in a 3 Moving in one direction in a 3-D space D space Molecules can undergo three kinds of motions: translational, vibrational and rotational motions
The molecular interpretation of Entropy 2.Vibrational motion:chemical bonds stretching bending... symmetric stretching asymmetric stretching scissoring rocking C2008SharonSpotbottom
The molecular interpretation of Entropy 2. Vibrational motion: chemical bonds stretching / bending …
The molecular interpretation of Entropy 3.Rotational motion:spinning around axes Goalfinder.com
The molecular interpretation of Entropy 3. Rotational motion: spinning around axes
The molecular interpretation of Entropy The different forms of motion are the ways in which the molecules can store energy---"motional energy"of molecules
The molecular interpretation of Entropy The different forms of motion are the ways in which the molecules can store energy --- “motional energy” of molecules
The molecular interpretation of Entropy A microstate of a gas is a single possible arrangement of the positions and kinetic energies of the gas molecules when the gas is in a specific thermodynamic state. T,P V n
The molecular interpretation of Entropy A microstate of a gas is a single possible arrangement of the positions and kinetic energies of the gas molecules when the gas is in a specific thermodynamic state. T, P, V, n