1. Equation of Motion 2. Find the response of the system, as the initial condition is (X, = 2 cm at the block). %3D Note: m= 1kg, Mlise 3 kg, c=50 N-s/m, k 200 N/m, and r= 10 cm. %3D and determine the...

1. Equation of Motion<br>2. Find the response of the system, as the initial<br>condition is (X, = 2 cm at the block).<br>%3D<br>Note: m= 1kg, Mlise 3 kg, c=50 N-s/m, k 200 N/m,<br>and r= 10 cm.<br>%3D<br>and determine the response after 10 sec.<br>2r<br>Activate<br>

Extracted text: 1. Equation of Motion 2. Find the response of the system, as the initial condition is (X, = 2 cm at the block). %3D Note: m= 1kg, Mlise 3 kg, c=50 N-s/m, k 200 N/m, and r= 10 cm. %3D and determine the response after 10 sec. 2r Activate

Jun 11, 2022

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1. Equation of Motion 2. Find the response of the system, as the initial condition is (X, = 2 cm at the block). %3D Note: m= 1kg, Mlise 3 kg, c=50 N-s/m, k 200 N/m, and r= 10 cm. %3D and determine the...

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