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derivation of kinetic gas equation
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✖️Derivation of kinetic gas equation✖️
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DERIVATION OF KINETIC GAS EQUATION.
⭕️Kinetic gas can be written as in the form of mass.
⭕️Kinetic gas can be written as in the form of density of the gas.
⭕️The formula is KE=1/2 m.v^2
Where
KE= Kinetic energy
m= mass of the object
v= Is the velocity
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Hope it helps!!
Thank you..⭐️⭐️⭐️
_________________________
_________________________
The answer of u r question is..✌️✌️
✖️Derivation of kinetic gas equation✖️
Ans:✍️✍️✍️✍️✍️✍️✍️✍️✍️✍️
DERIVATION OF KINETIC GAS EQUATION.
⭕️Kinetic gas can be written as in the form of mass.
⭕️Kinetic gas can be written as in the form of density of the gas.
⭕️The formula is KE=1/2 m.v^2
Where
KE= Kinetic energy
m= mass of the object
v= Is the velocity
___________________________
___________________________
Hope it helps!!
Thank you..⭐️⭐️⭐️
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3
Hey there!!
The kinetic molecular theory of ideal gasses is a topic that we have to study in both our Physics and Chemistry syllabus. A part is deriving the kinetic gas equation P V = 1 3 m N < v 2 > PV=13mN from the postulates of KMT.
The kinetic molecular theory of ideal gasses is a topic that we have to study in both our Physics and Chemistry syllabus. A part is deriving the kinetic gas equation P V = 1 3 m N < v 2 > PV=13mN from the postulates of KMT.
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