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Answer :
Final answer:
The length of the first resonating air column (L1) is greater than the length of the second resonating air column (L2). Therefore, the answer is b) L1 > L2.
Explanation:
In a resonance tube, the length of the air column affects the resonant frequencies. The resonant frequencies of a tube open at both ends are given by the formula fn = n, where n represents the number of the harmonic. This means that the frequency of the nth harmonic is n times the frequency of the fundamental frequency. If L1 and L2 are the lengths of the first and second resonating air columns, it can be concluded that L1 > L2. Therefore, the answer is b) L1 > L2.
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