Skip to main content
Back
Average Power of Waves on Strings
Average Power of Waves on Strings
18. Waves & Sound / Average Power of Waves on Strings / Problem 1

A thin steel cable with 2.0 mm diameter is hooked up to a vibrating device, which exerts a tension of 8.5 N on the cable. The device vibrates at a frequency of 70.0 Hz, producing waves in the cable with an amplitude of 0.50 cm. Calculate the power output of this device, assuming the waves do not reflect back along the cable. (The density of steel is ρsteel=7800 kg/m3).

ANSWERS OPTIONS
Was this helpful?
Learn this concept