velocity of sound wave in a compressible fluid

in this video i explain step by step procedure how to derive equation for velocity of sound wave

[@user-is1me4tv8e]

Sir g your way of teaching is outstanding

[@Sandeep-kk7ow]

Thankss sir it's really🔥🔥🔥

[@mohammedtouheed5143]

Excellent work.
It is very clear and smooth.

[@RCshizzle]

Very nice work. This is valid only for subsonic fluid velocity correct? Since we assume u

[@shubhambisen2467]

Thanks brother great explanation

[@roshanyadav6365]

Great work bro
Great effort keep it up bro
If I will tell you to make video on a topic in same way as u did will you make ?
Your explanation was really good infact excellent

[@gtumimp3005]

Thanks.... Sure if you give topic then I will make video..... Please share videos with your friends..... And for more videos visit my channel GTU MIMP.....

[@roshanyadav6365]

GTU MIMP ok then plz make video on ultrasonic in detail and plz notes 😅

[@roshanyadav6365]

GTU MIMP banao na

[@azamkhan1526]

roshan yadhav bhai video bana?

[@sanchitabarman5458]

Nicely explained.....Can you ready a topic on How LED bulb works?

[@MrSwapnilnikam28]

very nice teaching ..thank u sirji

[@JantaChaudhary]

Excellent patience

[@avmotivations3725]

excellent taeching wayy and what simple way to use english sentance.

[@Cnu_IIITian]

At 09:53, U considered the velocity of system is "u", since the compressible fluid under consideration is getting compressed between the wave front & the displaced piston. So the velocity of total mass will not be equal to "u" as portion of mass in contact with piston is moving at "u" & the portion of mass behind wave front is "0".
It will be absolutely ridiculous to think that entire mass is moving at "u" , in which case there will be no compression & no change in density.
The velocity should be an average taken over the entire mass.

[@gauravsagar5718]

Damn smooth

[@sgudi_]

Thank you sir for this video!!!

[@PavanKumar-cj7zi]

Thanks 🙏🏼

[@AnjaliKumari-qr9rh]

Thank you sir

[@Cnu_IIITian]

first of all, x = u . dt is wrong, for a differentially small time, the distance would also be small, therefore dx = u.dt