*** SOLVE USING MATLAB ***

SHOW GRAPH ON MATLAB

Problem 3: Consider steady-state vibration of a friction-free spring-mass-damper system subjected to harmonic applied force. The normalized amplitude of the mass is given by: F(2) where rwlwn is the frequency ratio, and 7 is the damping ratio. Make a 3-D plot (shown) of the normalized amplitude (z axis) as a function of the frequency ratio for 0 srs2, and a function of the damping ratio for 0.05s g s0.5. t )= Ficos(01 Problem 3: Consider steady-state vibration of a friction-free spring-mass-damper system subjected to harmonic applied force. The normalized amplitude of the mass is given by: F(2) where rwlwn is the frequency ratio, and 7 is the damping ratio. Make a 3-D plot (shown) of the normalized amplitude (z axis) as a function of the frequency ratio for 0 srs2, and a function of the damping ratio for 0.05s g s0.5. t )= Ficos(01