had been stuck on this chapter for months, This is really epic staff will share this link with friends best tutor ever i love the way you take the time to break this down for us
Well articulated. I had difficulty in going through text books till you did this explicitly for me. Truly, anyone can understand engineering. All you need is a good instructor. And I've found one
Glad you like them! All the best and do share this channel with your friends and classmates, so that they can also benefit. Download the Manas Patnaik app now: bit.ly/3wMRxoc
Sir, I am DUDIPALA YASHWANTH REDDY. I am following your lectures by RUclips channel from my 1st year of B.E. At present I am studying 2nd year, and following your lectures of MOM& TOM. But I can found only very few lectures on TOM. As you know it's an imp subject, please make and upload the entire course lectures so that it can helpful to us very well. I searched youtub for TOM lectures, I can't found vedios that match to ur explanation. There are other platforms that provide content for money, but we the economically backward students can't bear those charges. So please provide a path to our bright future by your right knowledge. Thanking you!
Hi Yashwanth.....Your wish has come true..... I am infact resuming my videos on TOM with Acceleration analysis of mechanism. Till then you can watch the videos on Relative velocity method and instantaneous center method.
Thank u DHIRENDRA and all the best 😀Do share this channel and its playlist with your friends. 1. Engineering Drawing Playlist (ENGLISH): ruclips.net/p/PLIhUrsYr8yHwDUrVYmUNYkEeZgZTvoIfS 2. Engineering Drawing Playlist (HINDI): ruclips.net/p/PLIhUrsYr8yHx0C3ebAW-FQxTP8ig8-QxU 3. Engineering Mechanics Playlist (OLD): ruclips.net/p/PLIhUrsYr8yHxfOmcGIeUThHEr9lQ3IXRS 4. Engineering Mechanics Playlist (NEW 2023-2024): ruclips.net/p/PLIhUrsYr8yHxeypEyVdWeGNxWHjNxU_JP 5. Mechanics of Solids Playlist: ruclips.net/p/PLIhUrsYr8yHzft7ygw5THZo4aDcsxEadP 6. Theory of Machines / KOM / DOM Playlist: ruclips.net/p/PLIhUrsYr8yHx0aFXSQvT7nm6ivJSMKnAU 7. AUTOCAD Playlist: ruclips.net/p/PLIhUrsYr8yHyLArdiiSDLa0Fmz8YKIy7G 8. Machine Drawing Playlist: ruclips.net/p/PLIhUrsYr8yHzwT06rv7u3tqdfmmKOCz1w Visit Main Channel Page(@manaspatnaikmech) for Playlists on specific topics. Second Channel for Hindi Audience: @btechplus Download the Manas Patnaik App for Premium content : bit.ly/3wMRxoc
Hello Sir. If we consider a square with X and Y axis along its diagonals, the Ix will be a^4/12, and if we rotate by 45 degrees, we still have Ix' equal to a^4/12. How to explain this on the Mohr's circle?
Most welcome 😊 😀Do share this channel and its playlist with your friends. 1. Engineering Drawing Playlist (ENGLISH): ruclips.net/p/PLIhUrsYr8yHwDUrVYmUNYkEeZgZTvoIfS 2. Engineering Drawing Playlist (HINDI): ruclips.net/p/PLIhUrsYr8yHx0C3ebAW-FQxTP8ig8-QxU 3. Engineering Mechanics Playlist (OLD): ruclips.net/p/PLIhUrsYr8yHxfOmcGIeUThHEr9lQ3IXRS 4. Engineering Mechanics Playlist (NEW 2023-2024): ruclips.net/p/PLIhUrsYr8yHxeypEyVdWeGNxWHjNxU_JP 5. Mechanics of Solids Playlist: ruclips.net/p/PLIhUrsYr8yHzft7ygw5THZo4aDcsxEadP 6. Theory of Machines / KOM / DOM Playlist: ruclips.net/p/PLIhUrsYr8yHx0aFXSQvT7nm6ivJSMKnAU 7. AUTOCAD Playlist: ruclips.net/p/PLIhUrsYr8yHyLArdiiSDLa0Fmz8YKIy7G 8. Machine Drawing Playlist: ruclips.net/p/PLIhUrsYr8yHzwT06rv7u3tqdfmmKOCz1w Visit Main Channel Page(@manaspatnaikmech) for Playlists on specific topics. Second Channel for Hindi Audience: @btechplus Download the Manas Patnaik App for Premium content : bit.ly/3wMRxoc
Thank you very much .... i want to ask you about a rule...when i have a horitzonal and a vertical axis with angled rectangle then his moment of inertia will be (old moment of inertia*sin^2(a)) when a is the angle of the shape...this rule .. where is her proof and how it will be for another shapes or in general case????
we have the rules now....but why if i have for example a rotated rectangle ...and i want to calculate his moment of inertia around horizontal axis i take just the first product from rule(just I(xA)=I(X)*sin^2(a))????
sir can u send me any solution of inclined flange i beam moment of inertia and section modulus ie one side inclined flange and one side flat bottom flange
: A uniform circular disk of radius R and mass M is rotating with angular speed about an axis, passing through its center and inclined at an angle degrees with respect to its symmetry axis. Find the magnitude of the angular momentum of the disk. guide me to solve it.
had been stuck on this chapter for months, This is really epic staff will share this link with friends
best tutor ever i love the way you take the time to break this down for us
Well articulated. I had difficulty in going through text books till you did this explicitly for me.
Truly, anyone can understand engineering. All you need is a good instructor. And I've found one
most of your lectures are far better than any NPTEL Videos. Thanks aTon, Keep transferring knowledge
Glad you like them!
All the best and do share this channel with your friends and classmates, so that they can also benefit.
Download the Manas Patnaik app now: bit.ly/3wMRxoc
Bhagwaan ke kripa se aapka channel milgaya sir🙏🙏🙏...your teaching is exceptional 🔥🔥😊
Sir,
I am DUDIPALA YASHWANTH REDDY. I am following your lectures by RUclips channel from my 1st year of B.E. At present I am studying 2nd year, and following your lectures of MOM& TOM. But I can found only very few lectures on TOM. As you know it's an imp subject, please make and upload the entire course lectures so that it can helpful to us very well.
I searched youtub for TOM lectures, I can't found vedios that match to ur explanation. There are other platforms that provide content for money, but we the economically backward students can't bear those charges.
So please provide a path to our bright future by your right knowledge.
Thanking you!
Hi Yashwanth.....Your wish has come true.....
I am infact resuming my videos on TOM with Acceleration analysis of mechanism. Till then you can watch the videos on Relative velocity method and instantaneous center method.
and how can we also sup[port this channel, this is great staff and am so relieved
Ohh....thanks sir ...i was waiting for This topic only....👌
One of the best video on this topic 🙏 thank you sir
Thank u DHIRENDRA and all the best
😀Do share this channel and its playlist with your friends.
1. Engineering Drawing Playlist (ENGLISH): ruclips.net/p/PLIhUrsYr8yHwDUrVYmUNYkEeZgZTvoIfS
2. Engineering Drawing Playlist (HINDI): ruclips.net/p/PLIhUrsYr8yHx0C3ebAW-FQxTP8ig8-QxU
3. Engineering Mechanics Playlist (OLD): ruclips.net/p/PLIhUrsYr8yHxfOmcGIeUThHEr9lQ3IXRS
4. Engineering Mechanics Playlist (NEW 2023-2024): ruclips.net/p/PLIhUrsYr8yHxeypEyVdWeGNxWHjNxU_JP
5. Mechanics of Solids Playlist: ruclips.net/p/PLIhUrsYr8yHzft7ygw5THZo4aDcsxEadP
6. Theory of Machines / KOM / DOM Playlist: ruclips.net/p/PLIhUrsYr8yHx0aFXSQvT7nm6ivJSMKnAU
7. AUTOCAD Playlist:
ruclips.net/p/PLIhUrsYr8yHyLArdiiSDLa0Fmz8YKIy7G
8. Machine Drawing Playlist: ruclips.net/p/PLIhUrsYr8yHzwT06rv7u3tqdfmmKOCz1w
Visit Main Channel Page(@manaspatnaikmech) for Playlists on specific topics.
Second Channel for Hindi Audience: @btechplus
Download the Manas Patnaik App for Premium content : bit.ly/3wMRxoc
Sir plz make videos on curvilinear motion and circular motion full concept and problems.
hie Monali, do you have whatsapp perhaps we can share this engineering staff and hey no strings attached
Hello Sir. If we consider a square with X and Y axis along its diagonals, the Ix will be a^4/12, and if we rotate by 45 degrees, we still have Ix' equal to a^4/12. How to explain this on the Mohr's circle?
Thanks for mentioning SL Loni. We solved it for JEE preparations :)
Most welcome 😊
😀Do share this channel and its playlist with your friends.
1. Engineering Drawing Playlist (ENGLISH): ruclips.net/p/PLIhUrsYr8yHwDUrVYmUNYkEeZgZTvoIfS
2. Engineering Drawing Playlist (HINDI): ruclips.net/p/PLIhUrsYr8yHx0C3ebAW-FQxTP8ig8-QxU
3. Engineering Mechanics Playlist (OLD): ruclips.net/p/PLIhUrsYr8yHxfOmcGIeUThHEr9lQ3IXRS
4. Engineering Mechanics Playlist (NEW 2023-2024): ruclips.net/p/PLIhUrsYr8yHxeypEyVdWeGNxWHjNxU_JP
5. Mechanics of Solids Playlist: ruclips.net/p/PLIhUrsYr8yHzft7ygw5THZo4aDcsxEadP
6. Theory of Machines / KOM / DOM Playlist: ruclips.net/p/PLIhUrsYr8yHx0aFXSQvT7nm6ivJSMKnAU
7. AUTOCAD Playlist:
ruclips.net/p/PLIhUrsYr8yHyLArdiiSDLa0Fmz8YKIy7G
8. Machine Drawing Playlist: ruclips.net/p/PLIhUrsYr8yHzwT06rv7u3tqdfmmKOCz1w
Visit Main Channel Page(@manaspatnaikmech) for Playlists on specific topics.
Second Channel for Hindi Audience: @btechplus
Download the Manas Patnaik App for Premium content : bit.ly/3wMRxoc
love you sir and thank you
Thank you very much .... i want to ask you about a rule...when i have a horitzonal and a vertical axis with angled rectangle then his moment of inertia will be (old moment of inertia*sin^2(a)) when a is the angle of the shape...this rule .. where is her proof and how it will be for another shapes or in general case????
Is the formula be same for the mass moment of Inertia ??
Please give a concept on product of inertia
we have the rules now....but why if i have for example a rotated rectangle ...and i want to calculate his moment of inertia around horizontal axis i take just the first product from rule(just I(xA)=I(X)*sin^2(a))????
Bhot bdia sir mazza aagya ♥️
sir can u send me any solution of inclined flange i beam moment of inertia and section modulus ie one side inclined flange and one side flat bottom flange
so very appreciated lesson
: A uniform circular disk of radius R and mass M is rotating with angular speed about an axis, passing through its center and inclined at an angle degrees with respect to its symmetry axis. Find the magnitude of the angular momentum of the disk. guide me to solve it.
That's sound good sir
beautifully explained
Thank you sır!
Sir do some numericals also on inclined axis..
Thank you sir
do we have also complex stresses
Thanks my friend :)
Plz give some math of product of inertia
Excellent Video. Go ahead.
sir, please explain the physical significance of the moment of inertia
lmao
I watched 4 min ads.without skiping.
I don't understand m.i of Ixy
great work sir........
Hello sir...
👌👌👌
Sir please hindi me bhi banaiye
Thank you sir