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Thanks a million professor, really your channel is one of the best engineering channels
You are welcome. Share
Your visual demonstration helped me understand this principle in literally 2 minutes versus scratching my head at my university materials! Thanks :)
Best explaination sir. Thank you. This channel is a hidden jam for civil engineering students. Again thanks a lot sir.
Glad it helped. Please share
I wish more teachers used a more visual aid like this, thank you very much for the help!
You clarified every question I have in Muller-Breslau Principle. Thanks a lot dear professor :)
You are welcome!
I have watched so many many videos from different lecturers and I didn't understand IL until I came across this video. What I am trying to say is, Thank you very much for this video. You are the best👍
Glad you liked it
Thank you professor. You are doing such a great job, the way you are explaining this topic is awesome.
glad you like them!
@@1963rzr Lots of respect n love from India..
I cant thank you enough sir. You made it really easy for me to understand.
thank you professor Zaurin for keep doing this videos ❤
You are welcome. Share.like.subscribe
The beam then sits next to the column at the bar, takes a look at him, and says " You don't look Normal today, Shear up! It's Valentine Day!"
,stick to emgineering😂 dont see a future as comedian
beautiful..loved the way you simplified❤️
was lucky enough to find this awesome playlist!
thank you! seek and you will find!
At 7:44 if there's a hinge between A & C, then would right part of B be moved?
Hello to you too..... if there's a hinge between A & C the beam is unstable!
@10:20, the vertical intercept is opposite
no....it is not
Quick Question! at 17:30, why doesn't it go downwards like in the previous question
That moment joke made my day. Thank you.
Thank you very much! Great explanation 👍😊
You are welcome
great video professor 👌👏Thanks
Really helpful.Thank u sir.
Most welcome
What are those wooden sticks you have? Would love to buy some
good luck on finding them :)... those are laser cut and built with magnets.
What if the slope are now in 2 degree? Can we still use the formula?
Awesome job!! thank you
Best Video ever
Just out of curiosity, do you teach your students instant pole diagrams? We use them here all the time.
Nope
Tnq so much sir😍♥️
You are welcome 😊
Hey, where did you get your beam/hinge props? I
i built them
Wow, that’s cool!
3:40 ❤️
Thank you
Thankyou so much
you are welcome so much
Merry Christmas!
Thanks a million professor, really your channel is one of the best engineering channels
You are welcome. Share
Your visual demonstration helped me understand this principle in literally 2 minutes versus scratching my head at my university materials! Thanks :)
Best explaination sir. Thank you. This channel is a hidden jam for civil engineering students. Again thanks a lot sir.
Glad it helped. Please share
I wish more teachers used a more visual aid like this, thank you very much for the help!
You clarified every question I have in Muller-Breslau Principle. Thanks a lot dear professor :)
You are welcome!
I have watched so many many videos from different lecturers and I didn't understand IL until I came across this video. What I am trying to say is, Thank you very much for this video. You are the best👍
Glad you liked it
Thank you professor. You are doing such a great job, the way you are explaining this topic is awesome.
glad you like them!
@@1963rzr Lots of respect n love from India..
I cant thank you enough sir. You made it really easy for me to understand.
thank you professor Zaurin for keep doing this videos ❤
You are welcome. Share.like.subscribe
The beam then sits next to the column at the bar, takes a look at him, and says " You don't look Normal today, Shear up! It's Valentine Day!"
,stick to emgineering😂 dont see a future as comedian
beautiful..loved the way you simplified❤️
was lucky enough to find this awesome playlist!
thank you! seek and you will find!
At 7:44 if there's a hinge between A & C, then would right part of B be moved?
Hello to you too..... if there's a hinge between A & C the beam is unstable!
@10:20, the vertical intercept is opposite
no....it is not
Quick Question! at 17:30, why doesn't it go downwards like in the previous question
That moment joke made my day. Thank you.
Thank you very much! Great explanation 👍😊
You are welcome
great video professor 👌👏Thanks
You are welcome
Really helpful.
Thank u sir.
Most welcome
What are those wooden sticks you have? Would love to buy some
good luck on finding them :)... those are laser cut and built with magnets.
What if the slope are now in 2 degree? Can we still use the formula?
Awesome job!! thank you
You are welcome!
Best Video ever
Just out of curiosity, do you teach your students instant pole diagrams? We use them here all the time.
Nope
Tnq so much sir😍♥️
You are welcome 😊
Hey, where did you get your beam/hinge props? I
i built them
Wow, that’s cool!
3:40 ❤️
Thank you
Thankyou so much
you are welcome so much
Merry Christmas!