very good description ,easy to learn .I really enjoyed the lecture video ,the most intresting part is that the videos are very short and very informative GOOD JOB GUYS ,CONTINUE SUCH LECTURES ON ENGINERING COURSES
If Heat increases when we compress adiabatically temp also increases and also after expansion temperature and geat both decrese as sudden fast expansion occurs, So my question is, "Heat at point 1 before compression is low and after compression at point 2 is higher than at point 1 so how q is constant here? Pls explain I am confused🙏
ooh fool our God is only ALLAH these peoples are only source which is gifted by ALMIGHTY ALLAH for us bcz our PROPHET MUHAMMAD PEACE BE UPON HIM SAID ;SEEK KNOWLEDGE CRADLE TO GRAVE
Watch Playlist on Thermodynamics:
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Thank you sir i learn so much from this channel.
good bless this channel thank you so much!!! am definitely subscribing
Thnk yoy very much sir the exampels you take make me more curious to know about......may god bless you.....
very good description ,easy to learn .I really enjoyed the lecture video ,the most intresting part is that the videos are very short and very informative
GOOD JOB GUYS ,CONTINUE SUCH LECTURES ON ENGINERING COURSES
Wonderfully informative. Thank you very much
it was such a nice explanation. Thank you sir
great explanation
Sir seriously you are great
This was so useful thanks a lot 😇
Very well explained 👌👌👌
Precise and good
Nice video...
Good learning experience
Great Explanation . . . !!!
is the workdone by adiabatic process in compression and expansion are different?
Very interesting explanation
Thankyou sir🙂
It is the best video thank you
Super sir . Thank you sir. good teaching sir❤️👍
You are in realy most heart touching teacher
Sir can u please tell me, whether the pressure changes o remains constant and y are we writing w = p delta v, y not w= delta p delta v
see when we apply pressure v changes and the pressure applied is const
Omg v good examples
Suprbb explaining 👍
Thank you sir😊😊😊😊😊
Why we keep the power on volume is gaama ...???
Thank you sir ☺️
Very nice sir
grt sir........
Sir you are great...❣️❣️❣️❣️❣️❣️
Thank you sir
love you sir
Gods gracious....
U super sir👌👌👌👌
Sir P1V1^gama is not equal to RT1 always. P1V1=RT1.holds good for..iis good for ideal gas only.
Excellent
Nice sir
How are you drawing the graph for pv power gamma =c
Its not (PV)^GAMA ITS P (V)^GAMA
Thank u sir
If Heat increases when we compress adiabatically temp also increases and also after expansion temperature and geat both decrese as sudden fast expansion occurs, So my question is, "Heat at point 1 before compression is low and after compression at point 2 is higher than at point 1 so how q is constant here? Pls explain I am confused🙏
q is not internal heat, it's applied heat..
🙏🏻
Good
Sir u have wrongly selected area under the graph during compression for adiabatic process. It will not include isothermal line.
Super sir
Majja ah gaya
Miss u very much sir...RIP😭😭😭
What!??is he dead?
@@srividyaraja1454 yes...he died during the lockdown
@@mrcruel8910 how do u know?Are you his student? Awesome teacher yaar
@@srividyaraja1454 Yes...he was a great teacher
Isochoric process pls
💯💯💯💯💯👏🏻👏🏻👏🏻👏🏻👍🏻👍🏻👍🏻👍🏻
Clips should be more elaborate
Sir...You are god of physics
ooh fool our God is only ALLAH these peoples are only source which is gifted by ALMIGHTY ALLAH for us bcz our PROPHET MUHAMMAD PEACE BE UPON HIM SAID ;SEEK KNOWLEDGE CRADLE TO GRAVE
@@muzamiljamali4055 u r right bro yeh log Kissee koo bi god banalaytay hai
@@pacificjane3694 g bro inka to soorj bhi god ha tobah
@Daria Morgendorffer AND ALLAH is the only GOD who creating everything including u too
@Daria Morgendorffer you are lol