GATE ME 2024 Set 1 — Question 55

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NAT+2 / -0HardUndamped Free VibrationFree VibrationTheory of Machines & VibrationsResonanceForced Vibration

Theory of Machines & Vibrations → Forced Vibration → Resonance

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Question

A vibratory system consists of mass mm, a vertical spring of stiffness 2k2k and a horizontal spring of stiffness kk. The end A of the horizontal spring is given a horizontal motion xA=asinωtx_A = a \sin \omega t. The other end of the spring is connected to an inextensible rope that passes over two massless pulleys as shown. Assume m=10m = 10 kg, k=1.5k = 1.5 kN/m, and neglect friction. The magnitude of critical driving frequency for which the oscillations of mass mm tend to become excessively large is _________ rad/s (answer in integer).
Diagram of a vibratory system with mass m, springs, and pulleys
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