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2. A rod, 1 cm² x 200 cm and mass 2 kg, is clamped at its center. When vibrating longitudinally it emits its third overtone in unison with a tuning fork making 6000 vps How much will the rod be elongated if, when clamped at one end, a stretching force of 980 N is applied to the other end?

2. A rod, 1 cm² x 200 cm and mass 2 kg, is clamped at its center. When vibrating longitudinally it emits its third overtone in unison with a tuning fork making 6000 vps How much will the rod be elongated if, when clamped at one end, a stretching force of 980 N is applied to the other end?

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2. A rod, 1 cm² x 200 cm and mass 2 kg, is clamped at its center. When vibrating longitudinally it emits its third overtone in unison with a tuning fork making 6000 vps How much will the rod be elongated if, when clamped at one end, a stretching force of 980 N is applied to the other end?
Transcribed Image Text:2. A rod, 1 cm² x 200 cm and mass 2 kg, is clamped at its center. When vibrating longitudinally it emits its third overtone in unison with a tuning fork making 6000 vps How much will the rod be elongated if, when clamped at one end, a stretching force of 980 N is applied to the other end?
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