Question 2 A mechanical system consisted of two masses mi and m2 connected via linear springs and dampers as shown in the following figure. The application of a force f(t) on the mass 2 results in displacements y(t) and ?(t) of both masses y(t) z(t) 2 3 m1 3 f(t) The positions y(t) and z(t) of both masses are related by the following differential a) Use both differential equations given above to show that the transfer function Y(s)/F(s) is expressed as such that Question 2 A mechanical system consisted of two masses mi and m2 connected via linear springs and dampers as shown in the following figure. The application of a force f(t) on the mass 2 results in displacements y(t) and ?(t) of both masses y(t) z(t) 2 3 m1 3 f(t) The positions y(t) and z(t) of both masses are related by the following differential a) Use both differential equations given above to show that the transfer function Y(s)/F(s) is expressed as such that