Answer :
Final answer:
The vibrating strings of a violin produce higher frequencies than the strings of a cello due to differences in size, tension, and length.
Explanation:
The vibrating strings of a violin produce sounds with a higher frequency than those produced by the strings of a cello due to differences in their size, tension, and length. The frequency of a vibrating string is determined by these factors.
A violin has shorter and thinner strings compared to a cello. The shorter length of the violin strings results in higher frequencies because the waves generated travel a shorter distance. Additionally, the thinner strings of the violin vibrate at a higher frequency due to their lower mass. On the other hand, the longer and thicker strings of a cello produce lower frequencies.
In summary, the size, tension, and length of the strings in a violin and a cello determine the frequency of the sounds they produce, with the violin producing higher frequencies than the cello.
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