best .. Super Awesome Gjb Jhear A1 Dangerous Nice Duper Awm Bindasss Fadduu Right Yo yo Ohhhh Audiii Sundar Fevrate Good Human Zdd Cool Value men Need Moderate
The heat transfer from the fin will be Qconvection from the rectangular surface. But we won't have the length for the fin.. Then how do we calculate this.? And another question is fin efficiency is 1/mL then it would be 1/infinity ??
There is one case left in which fin is of finite length & losses heat by convection from its end... Please make a video regarding to this case as well. 😌
th-cam.com/video/BMo61H_TXus/w-d-xo.html Bhai mn apna new channel bnaya hai Bcz ye monitize nhi ho rha hai to ab se jo bhi new video upload krunga whi krunga.... To guys plzz subscribe kijiye mera channel And share with your friend. Abhi recent m thermodynamics or engineering mechanics ki video upload kr rha hu wha pr.
@@Rahul.Suraj1399 Bro m video dekh rha tha phle kha pr aaya hai ye point. Jb aap koi value kisi k respect m hoti hai to, or usko partial derivative kiya jata hai tb waki bachi hui value constant hoti hai. Pr is case m dusri koi direction nhi hai to apn partial derivative ko exact derivative m le skte hai.
Very nicely explained....
Thanks a lot bhai
Always welcome brother
One of the best explanation 👍
🙏
Excellent explinination bhayya ....kya bathe...
Thank you brother
You are a great teacher
Thank you brother
Very good explanation.... 😊
Thank you bro
🙏🙏
best ..
Super
Awesome
Gjb
Jhear
A1
Dangerous
Nice
Duper
Awm
Bindasss
Fadduu
Right
Yo yo
Ohhhh
Audiii
Sundar
Fevrate
Good
Human
Zdd
Cool
Value men
Need
Moderate
Thank you bhai
Dhanyabad bhi
7:12-why is dell x multiplied to dt/dx?
The heat transfer from the fin will be Qconvection from the rectangular surface. But we won't have the length for the fin.. Then how do we calculate this.?
And another question is fin efficiency is 1/mL then it would be 1/infinity ??
Your explanation is excellent
And could please explain the,"heat dissipation from loosing tip"
Please explain the this derivation
Thank you brother
Sure
deserves more views
Thank you brother
nice onee ,I just loved it
Thanks brother 🙂
Easy to understand sir
Keep watching
Thanks sir
Welcome bhai
There is one case left in which fin is of finite length & losses heat by convection from its end... Please make a video regarding to this case as well. 😌
Let me check out
Okay! 😌
And please try to cover the concept of hyperbolic functions in this case.
nice explanation
Thank you... Brother🤗🤗
th-cam.com/video/BMo61H_TXus/w-d-xo.html
Bhai mn apna new channel bnaya hai
Bcz ye monitize nhi ho rha hai to ab se jo bhi new video upload krunga whi krunga....
To guys plzz subscribe kijiye mera channel
And share with your friend.
Abhi recent m thermodynamics or engineering mechanics ki video upload kr rha hu wha pr.
nice one.
🙏🙏🙏
Full samaj aa gya bro
Thank you brother
Thanku sir
Always welcome brother
nice
thank you yogesh
th-cam.com/video/mT4x0W-HcME/w-d-xo.html
10 outof 10
Thank you brother
Bhai del x ko dx kaise likh diya ...Or phir common leke kaat diya Kaise......
Bhaii I am waiting for ur response
@@Rahul.Suraj1399
Bro m video dekh rha tha phle kha pr aaya hai ye point.
Jb aap koi value kisi k respect m hoti hai to, or usko partial derivative kiya jata hai tb waki bachi hui value constant hoti hai.
Pr is case m dusri koi direction nhi hai to apn partial derivative ko exact derivative m le skte hai.
Sorry bhai wait kraya.
@@TECHNICALCLASSES_TC thank u so much bro....😘
@@TECHNICALCLASSES_TC Bhai kal exam h isliye wait ni ho rha tha...lekin abhi doubt clear...ho gya
Sxc bhai g
Machine design ke doubt the bhai apko insta pe puch skta hun
Ji bhai
Saari terms ko smjha nhi paa rahe ho acche se aap.....baaki acchi h video
Bro m kahase aya bro please reply
Let me check out
Diploma ke bhi 2nd yer som ke bhi lakchar chalu Karo na mera beck hai
It means brother
HINDI m likh kr smjhana hai na
th-cam.com/video/mT4x0W-HcME/w-d-xo.html
Please watch this video. ..SOM lecture series also there
👍
Thank you
#jai_mandot
🙏
Bhai aap samjha nahi pate ho kyunki Jo term use hote hai unhe explain nahi Kar pate ho aap