Use the Simulink model that you created for Task 2 with the following system parameters and initial conditions: kg, N/m, Ns/m, , m and m/s What is the minimum change that must be made to the viscous damping coefficient, , which will cause the system to stop moving within 5 seconds?

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Use the Simulink model that you created for Task 2 with the following system parameters and initial conditions:

Image failed to load: m equals 30

kg,

Image failed to load: k equals 3000

N/m,

Image failed to load: c equals 20

Ns/m,

Image failed to load: mu equals 0.01

Image failed to load: x subscript 0 equals 0.1

m and

Image failed to load: v subscript 0 equals 0.8

m/s

What is the minimum change that must be made to the viscous damping coefficient,

Image failed to load: c

, which will cause the system to stop moving within 5 seconds?

Image failed to load: c equals 27

Ns/m

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Image failed to load: c equals 41

Ns/m

❌

Image failed to load: c equals 30

Ns/m

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Image failed to load: c equals 33

Ns/m

❌

Image failed to load: c equals 25

Ns/m

❌

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