Carnot Cycle - An Ideal Heat Engine

Sadi Carnot introduced an ideal Heat engine. This Engine has 100% efficiency. To perform this engine Carnot suggested a cyclic reversible process, which is known as the Carnot cycle.
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Carnot Cycle: • Carnot Cycle - An Idea...
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[@Fizica.]

None of the practical engines have 100% efficiency. Carnot Engine is an ideal engine. In some ideal situations, the efficiency of this engine can be 100% (but not practically). Watch the entire video, we have mentioned this.

[@poonamtyagi4458]

Awesome explanation...even the known TH-camrs couldn't explain so well with the animation..keep it up!

[@Fizica.]

Thank you so much 😀

[@likithraj5139]

Physics wallah??

[@poonamtyagi4458]

@@likithraj5139 No

[@dominicesteban3174]

Visually sliding the cylinder/piston onto the insulated block between the hot reservoir and the cold sink is genius pedagogy! It was the adiabatic steps that have bemused me for years!! Fantastic content; thank you SO much.

[@shiyuzhou709]

Thank you sir, it is the most understandable explanation I've ever watched, thanks!

[@armanAhsanHabib]

Amazing explanation. You explained about Carnot engine in less than 5 minutes. Which i did'nt understand studying for hours.... Best wishes for you. Love from Bangladesh.

[@HasanKhan-cu5rx]

It all matrix in which we are

[@نيله-م9ل]

THANK YOU FOR THIS AMAZING EXPLANATION! WOW!

[@amitmodak21]

best introductory video on this topic

[@sheronjames1453]

Thank you!!! In college they simply explain the graph without describing the piston, heat source and sink.

[@shriharit6357]

Short And Well Explained,
Keep Uploading !!

[@lucasandradequeiroga]

Great video, thanks from Brazil!

[@hajra_16]

best explanation so far !

[@shaguls2ece758]

Thnx bro for your help and support ❤❤❤🎉

[@prajwalchamute]

Nice illustrative explanation sir

[@SanskarNavgale]

Sir, all concepts get cleared.

[@srujan6128]

Video Kis Software Se Banaya Hai 🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩🤩💯

[@celinepark4554]

Thank you it was really helpful in understanding process #2 and #4 cuz I had hard time understanding how the volumes were increasing/decreasing when Q=0!!

[@ameenhussain4167]

Can u help me
I didn't understand

[@Arcane_Ayush]

@@ameenhussain4167 it is a sudden change.. where the internal energy that the gas has accumulated is used up or released in expansion or compression

[@basics7930]

Thank you sir, it is the most understandable explanation

[@cr7allrounder890]

Fabulous explanation ❤️❤️❤️

[@dhanamariyam2468]

This is best ❤keep it up and help more students who are waiting and get blessed 😊

[@NagaMani-zm4nu]

Very good and nice explanation thank you

[@prabhakaranmt1357]

What an explanation!!Hats off u sir

[@aakisatish5736]

Great explanation

[@dhanamariyam2468]

You deserve more 😊

[@Shreyaslakhe]

Well explained ..😃
"Subbustnce"..😂

[@rocksuvagaming938]

very nice sir i understand imedieat.

[@omarmaskat2408]

Thank you

[@amanmohanty3939]

Life saving video🙌🙌

[@dozensmiles3822]

awesome bhai

[@yashmahayavanshi2912]

Jaise raise karke cannot cycle samjha. , top of that abhi reversed cannot cycle padhna padh rha hai , jo engine exist he nahi karta uske bhi reversed cycle padhye jaate hai

[@yigitcan824]

Professor I have a question here. Is Carnot cycle totally isothermal? I mean there are two isothermal processes, which are isothermal compression and isothermal expansion. Others are adiabatic compression and adiabatic expansion. These adiabatics are also isothermal, at the same time ?

[@fifthe4908]

no its not isothermal overall, the condition for that would be dT=0, temperature must NOT change at any given moment do not just prioritize final and initial temperature difference. As for your last statement that's not true, isothermal and adiabatic are usually exclusive of each other like he said during the adiabatic expansion/compression the temperature changed(not isothermal) without involvement of heat(adiabatic)

[@ceryscooper8597]

best video i've watched explaining this! thank you so much, was very helpful :)

[@Obamnaz]

My MCAT study book says it's easier to understand with temperature on the x-axis instead of volume? But idk. This concept is a bit difficult

[@gajrajmeena8401]

Nice video sir ji

[@aglcollegeonlineclass1152]

Nice

[@aakisatish5736]

Super

[@sollinw]

the very best

[@strandkorbst9643]

Nicolas Carnot*

[@unpopuIaropinion]

How can air expand when it gets cooler ?

[@Fizica.]

actually, in Carnot cycle air first expends that's why it gets cool down. because no external supply of heat is there. here expansion of air is a cause and cooling down is after effect of this cause.
what you are saying is that cooling down is a cause and after effect will be compression. this is a different thing.

[@itzme9144]

@@Fizica. smaj nhi aya...kindly explain in simple words...plz..it is my question too...kindly clear this doubt in simple words

[@Kunal_2110]

the gas in the adiabatic expansion is actually losing out internal energy and this is doing work on piston to lift it up.this process is done until gas reaches at equilibrium pressure with the surrounding. the entropy remains unchanged..... the person who made this video is dumb in explanation...but good animation.

[@manohar-r9p]

Could you please tell me in telugu

[@shashankmishra2058]

Meri ye nhi smjh aa rha ki piston ko alag alag state me khiskane k liye baitha rahega 😬🏋️🤦

[@androidtricks9667]

It's not 100% it's 40% efficient

[@borynn7968]

Man i got fucked up

[@narendrababu.c5219]

No engine can be 100% efficiency...
Carnot engine may be maximum efficient.

[@jaykishankashyap1837]

100% efficiency cannot be achieved .......according to the kelvin plank statment

[@user-on6zq7ys3f]

Work on your English dude. Specially on pronunciation of English words.

[@sandwipdas8858]

Thank you