Isothermal expansion,Reversible and irreversible Isothermal Expansion

Isothermal Expansion Reversible and irreversible isothermal expansion
in this video i have explained the isothermal expansion
here I explained the expansion of ideal gas isothermally reversible and irreversible expansion
here u can get the formulas for irreversible and reversible isothermal expansion
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[@godziyt6285]

🔥💯 clear

[@dineshkumargupta5121]

thank you sir 🙏

[@priyesh9081]

did anyone get a doubt that y 2.303 popped up after log it came because we changed the base from e to 10

[@hammettchemistry2914]

TQ v much...it's very useful.awesome teaching sir...I'm big fan of u

[@EasyChemistrybyPraveen]

Tqq

[@aruntiwari3906]

If work done occurs.. Then change in internal energy can take place even by the change of vol.... So why ∆U =0

[@rajachinni7419]

Very good explanation

[@EasyChemistrybyPraveen]

Thanks for visit

[@Priyanshi11447]

loge =2.303log mention e in the work expression

[@karthikpanchadi947]

Please explain Thermo chemistry Types of heat reactions, Exothermic reactions, Endothermic reactions ,Sign conventions, Types of enthalpy changes ,Factors which Influence the heat reactions, Integrated form of Kirchhoff's equation, Enthalpy changes in reactions, Standard enthaly of formation, Standard enthalpy of combustion, Calorific Value or Fuel value ,Relation between Standard enthalpy of reaction and standard enthaly of formation, and Difference between the enthalpy of formation and enthalpy of reaction..... please for me very important please

[@EasyChemistrybyPraveen]

Now organic chemistry is uploading along with this I will upload thermodynamics all concepts

[@rohitmahor2877]

Workdone on the system(Q=-W)

[@muhammadfaizan6969]

Please Sir,upload more videos on general energy balance and virial equations.

[@EasyChemistrybyPraveen]

Sure.thanks for. Visit

[@Priyanshi11447]

nRT must be stay out side of the log correct this

[@aryen_ff]

Good video sir

[@EasyChemistrybyPraveen]

Thank you so much

[@naomithomas4715]

How did the 2.303 result? kindly

[@muhammadfaizan6969]

Facing very difficulties in it.

[@basil9019]

Why are you considering external pressure rather than using the pressure of the gas to calculate thr work done

[@EasyChemistrybyPraveen]

The work is always done by any body against the force of concern.In case of gases as it expands against a certain external pressure, so the work is done by the gas against the force due to external pressure ie area times the pressure.Here the internal pressure is not counted, because the internal pressure is due to the molecular motion on the wall of container.The work due to molecular internal force one's integrated gives 0.

[@karthikpanchadi947]

Too many ads

[@EasyChemistrybyPraveen]

😍

[@EasyChemistrybyPraveen]

Thanks for visit. Subscribe to my channel

[@karthikpanchadi947]

@@EasyChemistrybyPraveen i will subscribe please tell me Please explain Thermo chemistry Types of heat reactions, Exothermic reactions, Endothermic reactions ,Sign conventions, Types of enthalpy changes ,Factors which Influence the heat reactions, Integrated form of Kirchhoff's equation, Enthalpy changes in reactions, Standard enthaly of formation, Standard enthalpy of combustion, Calorific Value or Fuel value ,Relation between Standard enthalpy of reaction and standard enthaly of formation, and Difference between the enthalpy of formation and enthalpy of reaction..... please for me very important please