Consider the mechanical system shown; m is the mass of the body, bis the damping coefficient, k is the stiffness of the spring and F is the applied force. 1) Write the differential equation for the system 2) consifer the force, F, is the input and the displacement of the body of mass, m, is the output of the system. White the transfer function for the system. 3) A proportional controller Kp is applied. Draw the closed loop block diagram for the system. 4)Write the closed loop transfer function for the system with controller Kp.
Consider the mechanical system shown; m is the mass of the body, bis the damping coefficient, k is the stiffness of the spring and F is the applied force. 1) Write the differential equation for the system 2) consifer the force, F, is the input and the displacement of the body of mass, m, is the output of the system. White the transfer function for the system. 3) A proportional controller Kp is applied. Draw the closed loop block diagram for the system. 4)Write the closed loop transfer function for the system with controller Kp.
Consider the mechanical system shown; m is the mass of the body, bis the damping coefficient, k is the stiffness of the spring and F is the applied force. 1) Write the differential equation for the system 2) consifer the force, F, is the input and the displacement of the body of mass, m, is the output of the system. White the transfer function for the system. 3) A proportional controller Kp is applied. Draw the closed loop block diagram for the system. 4)Write the closed loop transfer function for the system with controller Kp.
Consider the mechanical system shown; m is the mass of the body, bis the damping coefficient, k is the stiffness of the spring and F is the applied force. 1) Write the differential equation for the system 2) consifer the force, F, is the input and the displacement of the body of mass, m, is the output of the system. White the transfer function for the system. 3) A proportional controller Kp is applied. Draw the closed loop block diagram for the system. 4)Write the closed loop transfer function for the system with controller Kp.
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Branch of science that deals with the stationary and moving bodies under the influence of forces.
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