A system is said to be_____________ if it is possible to transfer the system state from any initial state to any desired state in finite interval of time.

Related MCQs

• A system is said to be_________________ if every state can be completely identified by measurements of the outputs at the finite time interval.
• The transfer function of any stable system which has no zeros or poles in the right half of the s-plane is said to be:
• The transfer function for the state representation of the continuous time LTI system: dq(t)/dt=Aq(t)+Bx(t) Y(t)=Cq(t)+Dx(t) is given by
• The system which works on the initial condition without any input applied to it is called as :
• State space analysis is applicable even if the initial conditions are _____
• The transfer function of a LTI system is given as 1/(s+1). What is the steady-state value of the unit-impulse response?
• With the knowledge of state space representation the transfer function of the system
• Zero initial condition for a system means
• The impulse response of a linear LTI system is given as g (t) = e(-t)The transfer function of the system is equal to:
• State model representation is possible using _________