A 100-m long high-voltage cable is suspended between two towers. The mass of the 100-m cable is 150 kg. If the tension in the cable is 30,000 N, what is the lowest frequency at which this cable can oscillate? - PowerPoint PPT Presentation

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A 100-m long high-voltage cable is suspended between two towers. The mass of the 100-m cable is 150 kg. If the tension in the cable is 30,000 N, what is the lowest frequency at which this cable can oscillate?

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A 100-m long high-voltage cable is suspended between two towers. The mass of the 100-m cable is 150 kg. If the tension in the cable is 30,000 N, what is the lowest ... – PowerPoint PPT presentation

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