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very well explained sir! it helped me a lot! Sir plz make a video to find hammer blow, after we find these balancing masses, in this numerical...its confusing...
Thank you for appreciation. Here is a video on hammer blow: th-cam.com/video/DAp1i4fcvFU/w-d-xo.html Also check out more videos from this playlist: th-cam.com/play/PLwpA_XrwdvgZqTZQ7FoqutMxxB5KerAsE.html Hope this helps you.
Thank you so much, Sir. Your explanation was great. It was too easy to understand. I hope you would bring out more lectures on other subjects of Mechanical Engineering (B.Tech). I would request you to bring out lectures on GYROSCOPE and GOVERNOR in Dynamics of Machine. Thanks once again.
Hello Bunny, we are still in the process of writing notes for few of our videos. Please bear with us. Meanwhile find other notes on your website educationlessons.co.in/notes
Aisa question me hi Hain. Balancing of locomotives me 2 types ke numericals aate Hain. Ek to inside cylinder locomotives and other is outside cylinder locomotives. Numerical 1 is on inside cylinder locomotives and numerical 2 is on outside cylinder locomotives.
Just try to take larger scales for more accurate polygon. Also check if there are any calculation errors!! But most probably, your answer should be close to your book's answer.
Apke vedios are really awsm.. Easily understandable.. Apke vedios se saare doubts nd problem solve hogye.. ❤
We are glad that our videos helps you in a great way..
Thanks for the appreciation..
Find notes on educationlessons.co.in/notes
Support Education Lessons by sharing videos to as many as possible.
Sir pure semister main kuch bhi nhi samjhta tha lekin Aaj apne pura concept clear Kiya thank you so much sir 🤝🤝🤝🤝🤝
Yr teaching method is excellent . It feels like i am studying in classs. Keep going on
thank you so much sir!!!!!!!!!!!!
Most welcome! 🤗
Sir ish me tractive force and swaying couple ke liye mass kya lenge
crank 1 is vertical in the position diagram,but you make it horizontal in the crank position........im getting a confussion.Can you give a solution??
Yeah same.. did you found the solution?
Thanks for your video 👍👍👍👍👍👍
The explanation is good but a video of the locomotive with coupling can also be added as an extension to this.
Just a suggestion
very well explained sir! it helped me a lot! Sir plz make a video to find hammer blow, after we find these balancing masses, in this numerical...its confusing...
Thank you for appreciation.
Here is a video on hammer blow: th-cam.com/video/DAp1i4fcvFU/w-d-xo.html
Also check out more videos from this playlist: th-cam.com/play/PLwpA_XrwdvgZqTZQ7FoqutMxxB5KerAsE.html
Hope this helps you.
@@EducationLessons thanks sir. I have already seen these videos. They are awesome.
Thank u so much bro easy explanation
Welcome Ashish, keep sharing with your friends to help them too.
All the best 👍
Thank you so much, Sir. Your explanation was great. It was too easy to understand. I hope you would bring out more lectures on other subjects of Mechanical Engineering (B.Tech).
I would request you to bring out lectures on GYROSCOPE and GOVERNOR in Dynamics of Machine. Thanks once again.
Please upload radial engine problem please sirr
Radial Engine numerical has been uploaded.
Here is a link: th-cam.com/video/N4nRYUdKwTM/w-d-xo.html
All the Best 👍
sir why can't we find notes in ?
Hello Bunny, we are still in the process of writing notes for few of our videos. Please bear with us.
Meanwhile find other notes on your website educationlessons.co.in/notes
Sir numerical 1 m pahle wheel phir cylinder tha isme pahle cylinder phir whell h aisa kyu
Aisa question me hi Hain.
Balancing of locomotives me 2 types ke numericals aate Hain. Ek to inside cylinder locomotives and other is outside cylinder locomotives.
Numerical 1 is on inside cylinder locomotives and numerical 2 is on outside cylinder locomotives.
You made a mistake while calculating the angle try it with analytical method
Tame saru samjavo chho saheb!
Tame gujrati chho? Ne
Sir book ka answer aur hamre answer mai kaafi difference hai kaise pata chalega sahi hai
Just try to take larger scales for more accurate polygon.
Also check if there are any calculation errors!!
But most probably, your answer should be close to your book's answer.
Which book you are using to solve the numericals