Reflection and Transmission of Transverse Waves

Physics Ninja looks at the reflection and transmission coefficients of a transverse wave propagating from one medium to another.
At the end we examine our results using 4 limiting cases.
1) wave hitting a brick wall
2) wave travelling on a thin string towards a thicker string
3) a uniform string
4) open boundary at the end of the string.

[@shubhs6442]

thanks... you deserve so many more likes and suscribers.. easy and crisp explanantion.

[@PhysicsNinja]

So nice of you

[@papiishampu6618]

this explanation increased my understanding, def saving it for future references

[@PhysicsNinja]

Glad it was helpful

[@abhiramyt712]

This explanation is very useful to increase understanding in wave and make us full confidence to attempt india's toughest exam jee advanced (perhaps world) Thanks for your work! Wishes good luck...

[@steveying1305]

amazing video

[@PhysicsNinja]

Thanks for the visit

[@aditya_asundi]

thanks man! really clear explanation.

[@saisanjay7954]

really it was very good, i gave like to it. thanks for this vedio

[@PhysicsNinja]

Thanks for liking

[@SuffiyanAli-sd6cq]

How it is reflected in last case where R
=1 which positive unlike in other cases where reflection=-1,-1/3 etc​@@PhysicsNinja

[@paulo2share]

Very good. Thanks.

[@Strider1256]

Thank you...very helpful explanation

[@abhishekthakur3551]

Hey...I m bit confused.After refraction to a denser medium the refracted wave has same phase as the incident wave but you have considerer diffrent phases,how is it true or what is the explanation for this...plz tell

[@JNaresh-r2k]

Thank you

[@toxicdubz3841]

I'm sorry, I don't know if you allow this, but can you help me with a specific problem? Can I email it to you?

[@PhysicsNinja]

[e-mail]

[@swapnilsharma1010]

thank you

[@PhysicsNinja]

You're welcome