46. Engineering Application:A suspension bridge oscillateswith an effective force constant of 1.00 × 10% N/m. (a)How much energy is needed to make it oscillate with anamplitude of o.100 m? (b) If soldiers march across thebridge with a cadence equal to the bridge's naturalfrequency and impart 1.00 × 10“ J of energy eachsecond, how long does it take for the bridge'soscillations to go from o.100 m to o.500 m amplitude?

Solution:-Given thatEffective force constant (k)=108 N/mInitial amplitude of Oscillation (x1)=0.1…

Answered: 46. Engineering Application:A…

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