Derivation of kinetic gas equationwith respect to ideal gas
Answers
Answered by
0


Kinetic Gas Equation Derivation

Kinetic gas equation can also be represented in the form of mass or density of the gas.
Kinetic gas equation is
PV= RT= 1/3 mNu2
= 1/3 Mu2 as mN= M, the total mass of the gas.
1 M
This can be written as P = --- --- u2
3 V
1
= --- du2 where d = density of the gas which is the ration of the mass M and volume V.
3
2 1
The Kinetic gas equation can be written as PV = ---- x ----- m Nu2
3 2
2 1
This is given as --- x Kinetic energy of N molecules as ---- mu2 is the equation for kinetic energy.
3 2
please mark as brainliest please please please and thanks

Kinetic Gas Equation Derivation

Kinetic gas equation can also be represented in the form of mass or density of the gas.
Kinetic gas equation is
PV= RT= 1/3 mNu2
= 1/3 Mu2 as mN= M, the total mass of the gas.
1 M
This can be written as P = --- --- u2
3 V
1
= --- du2 where d = density of the gas which is the ration of the mass M and volume V.
3
2 1
The Kinetic gas equation can be written as PV = ---- x ----- m Nu2
3 2
2 1
This is given as --- x Kinetic energy of N molecules as ---- mu2 is the equation for kinetic energy.
3 2
please mark as brainliest please please please and thanks
Similar questions