efficient between the block and the ground is µ. a Derive the equation of motion for the velocity v. o Solve the equation of motion using the initial condition v(0) =

Elements Of Electromagnetics
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2.
A block of mass m is attached to the wall with a viscous damper of damping coefficient b. The friction
coefficient between the block and the ground is u.
2.a Derive the equation of motion for the velocity v.
2.b Solve the equation of motion using the initial condition v(0) = vo.
2.c Calculate the time it takes for the mass come to a halt and sketch the solution as a function of time.
Transcribed Image Text:2. A block of mass m is attached to the wall with a viscous damper of damping coefficient b. The friction coefficient between the block and the ground is u. 2.a Derive the equation of motion for the velocity v. 2.b Solve the equation of motion using the initial condition v(0) = vo. 2.c Calculate the time it takes for the mass come to a halt and sketch the solution as a function of time.
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