Standing Waves - stretched string

This video shows the formation of standing waves on a stretched string and the shape of some harmonics.

[@HassanTahir-n8h]

❤ great video

[@youtubeplayer1559]

thank you man it helps a lot

[@premsaimadani7599]

Thank you man super

[@freakcamp1138]

that was helpful thanks

[@satyanarayananekkala6867]

Super explaination sir

[@sheemaruhi6268]

Thank you sir😊😊

[@satwikmekala1481]

thanks man!

[@lscphysics]

+satwik mekala you're welcome

[@hammadafzal992]

Is there a specific frequency f1 for specific length string to produce first harmonic wave.
Then we double that specific frequency to get second harmonic and ,,,,,,,,,,

[@PhysicsHQ]

Yes. Wave speed on a string is given by:
v = √(T/μ) where T is tension and μ is mass per unit length.
Fundamental occurs at λ = 2L (L is length of string).
Thus frequency of f₀ = v/λ = v/2L required.
Altogether that’s f₀ = √(T/μ) / 2L

[@habibahany164]

Are stretched strings electromagnetic waves

[@lscphysics]

Stretched strings aren’t electromagnetic waves (which are perpendicular oscillations in the electric and magnetic fields) but I’m not sure how to classify them other than as waves on a string.
At the molecular level there is some electromagnetic phenomenon taking place due to the molecular bonds enabling one molecule to transmit the oscillation to the neighbouring molecule.