Determine decrease in the crystallization temperature of a solution containing 164.9 g
of a non-electrolyte (M = 172.7 g / mol) in 1.01 kg of solvent, the cryoscopic constant
of which is 3.3 °
Answers
Answer:
1)The forces of interaction between the gas particles are not present.
2) The total volume covered by the total gas particles is very small compared to the whole volume of the container in which they're contained.
3) The collisions are considered to be perfectly elastic so that easily Newton's Dynamical equations of motion can be applied for analysis.
Precisely, Hamiltonian Dynamics is more precise and helpful to solve for systems having multiple particles.
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Answer:
1)The forces of interaction between the gas particles are not present.
2) The total volume covered by the total gas particles is very small compared to the whole volume of the container in which they're contained.
3) The collisions are considered to be perfectly elastic so that easily Newton's Dynamical equations of motion can be applied for analysis.
Precisely, Hamiltonian Dynamics is more precise and helpful to solve for systems having multiple particles
Explanation: