A mass of 300N is resting on two springs of stiffness 3000 N/m each and a dashpot of damping coefficient 150 Ns/m as sho
Posted: Sat May 21, 2022 11:51 am
A mass of 300N is resting on two springs of stiffness 3000 N/m each and a dashpot
of damping coefficient 150 Ns/m as shown in figure. If the initial velocity of 10cm/s is
given to mass at its equilibrium position what will be the displacement from the
equilibrium position at the end of first second. Derive the formula used.
02) A weight of 300N is resting on 2 springs of 3000 Nm stiffness each and a dash-pot of damping coeficient ISON s mas shown in fix 1.1 an initial velocity of 10 cm/s is piven to the mass at its equilibrium position, what will be the displacement from the equilibrium position at the end of first second and derive the formula used. w 100 bo k-3000 m k-3000 Mrs. s cvlinder as shown in fig. 2
of damping coefficient 150 Ns/m as shown in figure. If the initial velocity of 10cm/s is
given to mass at its equilibrium position what will be the displacement from the
equilibrium position at the end of first second. Derive the formula used.
02) A weight of 300N is resting on 2 springs of 3000 Nm stiffness each and a dash-pot of damping coeficient ISON s mas shown in fix 1.1 an initial velocity of 10 cm/s is piven to the mass at its equilibrium position, what will be the displacement from the equilibrium position at the end of first second and derive the formula used. w 100 bo k-3000 m k-3000 Mrs. s cvlinder as shown in fig. 2