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For a tube that is closed at one end and open at the other
PHYSICS · Single correct · CBSE · Physics · Waves · Waves
Problem
For a tube that is closed at one end and open at the other, which of the following expressions gives the wavelength
λ
1
\lambda_1
λ
1
of the fundamental resonance in terms of the tube’s length
L
L
L
? (a)
λ
1
=
2
L
\lambda_1 = 2L
λ
1
=
2
L
(b)
λ
1
=
L
\lambda_1 = L
λ
1
=
L
(c)
λ
1
=
4
L
\lambda_1 = 4L
λ
1
=
4
L
(d)
λ
1
=
4
L
3
\lambda_1 = \dfrac{4L}{3}
λ
1
=
3
4
L
Related theory
Boundary Effects
Stationary waves
Waves
Standing waves and resonance
Harmonics in air columns
Standing waves and normal modes
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