Fisika Gelombang

Vibrasi Tali & Harmonik

Simulasi Gelombang Berdiri · Standing Wave Simulation

Simpangan
y = A·sin(πvt/ℓ)
Frekuensi νn
ν = — Hz
Frekuensi sudut ωn
ω = — rad/s
Pilih harmonik n
Node: —
Antinode: —
λ: —
Periode T: —
y(x,t) = A · sin(nπx/ℓ) · sin(nπvt/ℓ)   |   ωₙ = nπv/ℓ   →   νₙ = nv/2ℓ   |   Node: x = kℓ/n · (k = 0,1,…,n)   |   Antinode: x = (2k−1)ℓ/2n