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Something I've been trying to understand for a really long time. Thanks a lot !
Simply awesome, visualized the third mode aswell
Awesome! You made it so simple. Thank You! :)
Fantastic real time example...thank you team
Awesome video! Thank you!
Thank you so much. This is a very well visual knowledge. Thank you again.
Amazing video! It helped me understand right away this topic :) Keep up the hard work.
Excelente demostración.
thank you very much. very helpful for understanding resonance and vibration concepts. please keep making similar videos.
Sir , thank you so much.. made very simple and easy to understand.
simply , super !
Wow, so awesome this explanation thank you
Thank you very much
Engineers: Use complex equations to find antinodesThis guy: Uses coinOG Respect 👌
The difference between theory and practice
Wow. For a second there, I thought he was gonna get his finger blistered. However, the power of resonance has deceived me again.
The power of resonance is strong in that guy
Amazing
awesome. Thanks.
Great video, I was trying to understand this for my V-CATII certification at mobius and it definitely helps understand.
Thank you so much,i never understood it , but now i do,But when you will upload second part of it
great
thanks
Nice
very helpful
From: 3:33 itz just awesome
hi can I use this video in my presentation about aeolian vibrations? you explained it really well.
no
ok -... but now ... there has to be some antinodes created when you put your finger on the string ... THX its a great vid by the way
🌌💞🌌
i know mode is determined by M, K. sting have one m and k. i think so there is one nature frequency that means have one mode. why string have any mode? because sting is sum of any node?
where is this?
3:51 Wow !!! any explanation ?
how to produce higher resonance mode? is it by only increasing the frequency or there is other way to produce?
I have same question.
So what is the affect of resonance to this steel? It is not break it right? So why we should pay attention to resonance?
Hello nice visual video. You can read on repetitive loads and fatigue failure to understand why we care about resonance.
if resonance occurs amplitude get higher and may break the structure
I actually can't tell whether this guy is English, Australian or American
😂
Cool, Thanks.
Something I've been trying to understand for a really long time. Thanks a lot !
Simply awesome, visualized the third mode aswell
Awesome! You made it so simple.
Thank You! :)
Fantastic real time example...thank you team
Awesome video! Thank you!
Thank you so much. This is a very well visual knowledge. Thank you again.
Amazing video! It helped me understand right away this topic :) Keep up the hard work.
Excelente demostración.
thank you very much. very helpful for understanding resonance and vibration concepts. please keep making similar videos.
Sir , thank you so much.. made very simple and easy to understand.
simply , super !
Wow, so awesome this explanation thank you
Thank you very much
Engineers: Use complex equations to find antinodes
This guy: Uses coin
OG Respect 👌
The difference between theory and practice
Wow. For a second there, I thought he was gonna get his finger blistered. However, the power of resonance has deceived me again.
The power of resonance is strong in that guy
Amazing
awesome. Thanks.
Great video, I was trying to understand this for my V-CATII certification at mobius and it definitely helps understand.
Thank you so much,i never understood it , but now i do,
But when you will upload second part of it
great
thanks
Nice
very helpful
From: 3:33 itz just awesome
hi can I use this video in my presentation about aeolian vibrations? you explained it really well.
no
ok -... but now ... there has to be some antinodes created when you put your finger on the string ... THX its a great vid by the way
🌌💞🌌
i know mode is determined by M, K. sting have one m and k. i think so there is one nature frequency that means have one mode. why string have any mode? because sting is sum of any node?
where is this?
3:51 Wow !!! any explanation ?
how to produce higher resonance mode? is it by only increasing the frequency or there is other way to produce?
I have same question.
So what is the affect of resonance to this steel? It is not break it right? So why we should pay attention to resonance?
Hello nice visual video. You can read on repetitive loads and fatigue failure to understand why we care about resonance.
if resonance occurs amplitude get higher and may break the structure
I actually can't tell whether this guy is English, Australian or American
😂
Cool, Thanks.