Harmonics of a Standing Wave - IB Physics

[@rimaavellan6313]

BEST EXPLANATION EVER!

[@saulecayuelazilinskaite2658]

I have discovered your channel a few days ago and realized there are such good videos. Thank you so much for the explanations and hope more people find your channel!

[@SKY-lf5sy]

hi! this video was very helpful and your explanation is really clear! thank you for continuing to upload :)

[@perfectneglect5770]

Oh my God you sounded so much like Chris Doner at 10:44 when you said 'Multiply that out'
Great video though, really helped me consolidate the ideas

[@pavithranthayalan9378]

You're explaining very well, i would like to be a student in your class

[@DJTejasMusic28]

this is amazing. Please please please do HL videos as well

[@AndyMasley]

Working on it! Been a busy school year so far but hoping to have time to make more soon

[@sumeetrathore7946]

Thank you for explanation

[@iCosmicRex]

man you are awesome

[@AdrianTangMusic]

thank you for making these 🙂

[@HernandezLopezPedro]

thank you very much, your video was so helpful!

[@proteddy7584]

Thank you so much !

[@alickmandala6744]

Good explanation

[@giordanodigloria5496]

Does every harmonic need to end at an antinode? If not how comes the first harmonic at 18:30 doesn't stop at the antinode?

[@kevinpham928]

10:01 has equations

[@naveensingh5787]

what is the meaning of fundamental frequency

[@aditij3263]

at 16:25 shouldn't the wavelength be equal to 2/3L?

[@alexciobanu3819]

ty )

[@taanishqverma5253]

6:39 the relation should be n/2 L

[@taanishqverma5253]

6:24 it should be 3/2 right?

[@annasek7123]

No, it should not. It is good. You can wright L=3/2 wavelength