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
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.....
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.
Sir g your way of teaching is outstanding
Thankss sir it's really🔥🔥🔥
Excellent work.
It is very clear and smooth.
Very nice work. This is valid only for subsonic fluid velocity correct? Since we assume u
Thanks brother great explanation
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
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.....
GTU MIMP ok then plz make video on ultrasonic in detail and plz notes 😅
GTU MIMP banao na
roshan yadhav bhai video bana?
Nicely explained.....Can you ready a topic on How LED bulb works?
very nice teaching ..thank u sirji
Excellent patience
excellent taeching wayy and what simple way to use english sentance.
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.
Damn smooth
Thank you sir for this video!!!
Thanks 🙏🏼
Thank you sir
first of all, x = u . dt is wrong, for a differentially small time, the distance would also be small, therefore dx = u.dt