Important Questions | GATE 2021 | ME | Thermodynamics| By Amrinder Sir MADE EASY faculty

[@MADEEASYEducation]

Download Amrinder Sir's Session pdf @ madeeasy.in/Uploads/image/1431imguf_GTQ-Thermo-Amrinder-Sir.pdf

[@aniketpandey4594]

thank you, sir

[@brandondsouza8634]

Thankyou sir

[@samyakjain7574]

pdf is not opening

[@nishant9478nl]

@Gabriel Feeny shut up and gtfo

[@amrinder204]

Please note:: at 53:18 the pressure at the end should be taken as 900kpa as from 900kpa to 1000kpa the piston does not move hence no work was done. So it will affect the work calculation, and then finally heat calculation also

[@sushantsiddhey]

thank you, sir!!!

[@vidyanands7263]

sir plz provide mechanical telegram lnk , i didn't found

[@UttamKumar-bc4xw]

yeah...you r right....

[@anmolkashyap8252]

No one can teach a thermodynamic subject like you 🙏🙏🙏🙏🙏

[@MADEEASYEducation]

Dear Anmol, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@SachinGupta-wx3pl]

Excellent faculty for Thermo..

[@MADEEASYEducation]

Dear Sachin, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@gourav9396]

very good initiative by Madeeasy thanks to madeeasy and all teachers

[@MADEEASYEducation]

Dear Gourav, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@rajbrahmachari330]

Bahut bahut dhanyawad sir 🙏🙏🙏. Excellent session.

[@MADEEASYEducation]

Dear Raj, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@chandrapal7350]

Outstanding lecture,love u Sir ❤

[@ravipratapsingh6997]

Thanku very much Amrinder sir...I got selected in BARC OCES 2020 .I am student of Batch B. My interview was mostly based on what you had taught in class.I could not thank you personally as the classes are online but i would always be grateful to you.You are really a great teacher.🙏🙏🙏

[@MADEEASYEducation]

Dear Ravi, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@amrinder204]

wonderful to know @Ravi. Congratulations and all the best for your further journey 😇

[@pritimandal997]

Happy Diwali Sir Diwali 2024 Celebrating with Your Lectures Sir 👍👍👍

[@nikhilpandey2252]

Sir work done at 53.26 sec in confusing.... Because final pressure 1000 kpa reach at const volume (from 900 to 1000kpa)...So only 100 to 900 kpa it should be linear then 900 to 1000 kpa vertical line parallel to pressure axis.

[@ujjwaljain6599]

Yes I also think so

[@amrinder204]

you are absolutely correct. It is a mistake on my part, we should calculate work by taking the pressure as 900kpa instead of 1000 . So accordingly the answer of work will be modified and also the Heat answer will be modified.

[@nikhilpandey2252]

@@amrinder204 thank you sir for adressing the doubt...

[@amrinder204]

@@nikhilpandey2252 its my duty🙂

[@amitsinghal2360]

Sir aapki bat hi alag hai

[@amitarya4894]

Thank you very much Sir, the lecture was very useful and boosted our confidence...🙏🙏

[@MADEEASYEducation]

Dear Amit, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@khushbusoni6365]

Sir ...plzzzz sail interview guidance program b launch kre..

[@kapilyadav-cp9sh]

Thanks you very much sir for this dynamic session full of concept clarity 👍

[@MADEEASYEducation]

Dear Kapil, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@atuljaiswal224]

Go with the flow 😊

[@pritimandal997]

Happy Diwali Sir.. It's Diwali 2024 Studying Thermodynamics. Diwali 2025 as IOCL Officer

[@pradeepverma5464]

Thanks sir for this vedio,

[@MADEEASYEducation]

Dear Pradeep, Thank You for your valuable feedback. All the best. Regards, Team MADE EASY

[@SanatanBadal]

Thank You Sir 🙏🏻🙏🏻

[@neer_in_korea]

Question ka pdf kha h

[@shivamgoyal3888]

Sir in third que the why we didn’t take final pressure 900 kPa to calculate work on piston because after 900 kpa piston will not move due to stopper

[@PradeepSharma-xx6ys]

We just check whether piston hit or not the stoppers.. but.. actual pressure is given in qn. Is 1000kpa so we hv to calculate acc to qn.

[@piyaligoswami15]

where can i find the pdf??

[@amrinder204]

Has been shared in made easy mechanical telegram group. Will be posted here also tomorrow

[@piyaligoswami15]

@@amrinder204 ok Sir. Thank you❤️❤️

[@mohitsurwade1879]

Can anyone please paste link for made easy mechanical telegram group?

[@shivayunamdev1503]

please attach a pdf of this session.

[@dishankshah5080]

in 3rd question can anyone explain in brief why piston will touch the stops as i m quite confused.

[@amrinder204]

Piston will touch the stops because the final pressure is more the pressure we calculated when the piston will just reach the stopper

[@sauravdaoudabraham5441]

i love u amrinder sir

[@amarjeetsingh4423]

Pdf?

[@aniketpandey4594]

plz attach pdf link sir

[@sajaljain3615]

Sir I have a doubt in 3rd question in that we have taken that spring is initially compressed, How we could know that spring is initially compressed it may be elongated also since both initial pressure of cylinder and ambient pressure are same

[@prateekshrivastava6665]

Initially pressure inside and outside cylinder are same so to balance weight of piston spring will give upward force (i. e. Elongated spring) so we get kx1 = mg. When spring reaches stopper it stores energy for x-x1 distance. Pf*A = Po*A+k(x-x1)+mg...And put mg=kx1. You will get same value for pressure 900kPa.

[@vickypunde9054]

Sir plg give me pdf of this lecture

[@Harsh-xo7ds]

Plz provide pdf

[@Clam86]

Sir attached pdf link 🙏

[@aravindbabu4882]

PDF please..?

[@umamaheswarreddy8854]

Bro do u got hmt pdf?

[@aravindbabu4882]

@@umamaheswarreddy8854 yes link is given below by madeasyofficial

[@umamaheswarreddy8854]

@@aravindbabu4882 bro I was asking for heat transfer subject... Its not given in comments section 🥵😒

[@aravindbabu4882]

@@umamaheswarreddy8854 ok. I have also asked for hmt pdf

[@aayushjha9800]

Please provide the pdf

[@amrinder204]

Has been shared in made easy mechanical telegram group. Will be posted here also tomorrow

[@amankedia99]

Pls post link of telegram grp. I cant find it for mech . Only official made easy grp is visible

[@vikasKumar-xy1iz]

@@amrinder204 Sir please provide the pdf