A rod 2 meters long, 2cm in diameter, and 5kg in mass is fixed at one end and is stricken by a force F that elongates the rod by 1cm and produces a 3rd overtone. A string of length L and mass 750 grams is pulled by a tension T = 30N to produce a 3rd harmonic frequency. Determine the force F and length L that will produce the same value of frequencies in the two materials, if the sound wave produced by the rod was heard 0.25 seconds later by a listener. What are the frequencies produced and the speeds of propagation? COMPLETE ANSWER PLEASE
A rod 2 meters long, 2cm in diameter, and 5kg in mass is fixed at one end and is stricken by a force F that elongates the rod by 1cm and produces a 3rd overtone. A string of length L and mass 750 grams is pulled by a tension T = 30N to produce a 3rd harmonic frequency. Determine the force F and length L that will produce the same value of frequencies in the two materials, if the sound wave produced by the rod was heard 0.25 seconds later by a listener. What are the frequencies produced and the speeds of propagation? COMPLETE ANSWER PLEASE
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A rod 2 meters long, 2cm in diameter, and 5kg in mass is fixed at one end and is stricken by a force F that elongates the rod by 1cm and produces a 3rd overtone. A string of length L and mass 750 grams is pulled by a tension T = 30N to produce a 3rd harmonic frequency. Determine the force F and length L that will produce the same value of frequencies in the two materials, if the sound wave produced by the rod was heard 0.25 seconds later by a listener. What are the frequencies produced and the speeds of propagation?
COMPLETE ANSWER PLEASE
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