Understanding Resonance Mode Shapes

[@sarathbabunagarajan2694]

Something I've been trying to understand for a really long time. Thanks a lot !

[@rajsundar1073]

Simply awesome, visualized the third mode aswell

[@bilalpisces1989]

Awesome! You made it so simple.
Thank You! :)

[@kathiravanvijayakumar9161]

Fantastic real time example...thank you team

[@AJ-et3vf]

Awesome video! Thank you!

[@muhittinselcukgoksu1327]

Thank you so much. This is a very well visual knowledge. Thank you again.

[@chivo2468]

Amazing video! It helped me understand right away this topic :) Keep up the hard work.

[@juanzenteno3768]

Excelente demostración.

[@amiraboodi2075]

thank you very much. very helpful for understanding resonance and vibration concepts. please keep making similar videos.

[@rarvind13]

Sir , thank you so much.. made very simple and easy to understand.

[@arturboras6615]

simply , super !

[@robbiecrawford4345]

Wow, so awesome this explanation thank you

[@venkatthamizhwaranselvan5263]

Thank you very much

[@JWu-jt7fz]

Engineers: Use complex equations to find antinodes
This guy: Uses coin
OG Respect 👌

[@SumriseHD]

The difference between theory and practice

[@cat_photo1973]

Wow. For a second there, I thought he was gonna get his finger blistered. However, the power of resonance has deceived me again.

[@wiskifrac]

The power of resonance is strong in that guy

[@juancarlossanchezveana1812]

Amazing

[@TheShavarin]

awesome. Thanks.

[@HeyNiceGuyBryan]

Great video, I was trying to understand this for my V-CATII certification at mobius and it definitely helps understand.

[@sophies674]

Thank you so much,i never understood it , but now i do,
But when you will upload second part of it

[@greenlightcrafthouse3917]

great

[@hassanbahmani9700]

thanks

[@jitman2890]

Nice

[@Nizam_Shaik]

very helpful

[@given3190]

From: 3:33 itz just awesome

[@glaizashaw6943]

hi can I use this video in my presentation about aeolian vibrations? you explained it really well.

[@charbelghanime73]

no

[@srgkzy1294]

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

[@donnabeattiedreamerbydesign]

🌌💞🌌

[@ggh4627]

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?

[@diogoparreira1023]

where is this?

[@njdk7796]

3:51 Wow !!! any explanation ?

[@amirulashraf3615]

how to produce higher resonance mode? is it by only increasing the frequency or there is other way to produce?

[@vascolabindonesia5010]

I have same question.

[@lukmannurhakim1940]

So what is the affect of resonance to this steel? It is not break it right? So why we should pay attention to resonance?

[@sedefc2430]

Hello nice visual video. You can read on repetitive loads and fatigue failure to understand why we care about resonance.

[@amirulashraf3615]

if resonance occurs amplitude get higher and may break the structure

[@adrianforbes7863]

I actually can't tell whether this guy is English, Australian or American

[@given3190]

😂

[@NicholasLorenzo]

Cool, Thanks.