A string with length L is fixed on both ends. If $\lambda$ o = 2L and f o = v/$\lambda$ 0 , the wave function for the harmonic shown is

The Answer of A string with length L is fixed on both ends. If $\lambda$ o = 2L and f o = v/$\lambda$ 0 , the wave function for the harmonic shown is

A string with length L is fixed on both ends. If $\lambda$ o = 2L and f o = v/$\lambda$ 0 , the wave function for the harmonic shown is

The Answer of A string with length L is fixed on both ends. If $\lambda$ o = 2L and f o = v/$\lambda$ 0 , the wave function for the harmonic shown is

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A String with Length L Is Fixed on Both Ends $\lambda$

Question 106

Multiple Choice

A string with length L is fixed on both ends. If $\lambda$ _o = 2L and f_o = v/ $\lambda$ ₀, the wave function for the harmonic shown is $A string with length L is fixed on both ends. If \lambda o = 2L and fo = v/ \lambda 0, the wave function for the harmonic shown is A) B) C) D) E)$

A) $A string with length L is fixed on both ends. If \lambda o = 2L and fo = v/ \lambda 0, the wave function for the harmonic shown is A) B) C) D) E)$
B) $A string with length L is fixed on both ends. If \lambda o = 2L and fo = v/ \lambda 0, the wave function for the harmonic shown is A) B) C) D) E)$
C) $A string with length L is fixed on both ends. If \lambda o = 2L and fo = v/ \lambda 0, the wave function for the harmonic shown is A) B) C) D) E)$
D) $A string with length L is fixed on both ends. If \lambda o = 2L and fo = v/ \lambda 0, the wave function for the harmonic shown is A) B) C) D) E)$
E) $A string with length L is fixed on both ends. If \lambda o = 2L and fo = v/ \lambda 0, the wave function for the harmonic shown is A) B) C) D) E)$