The_transfer_function_of_a_LTI_system_is_given_as_1/(s+1)._What_is_the_steady-state_value_of_the_unit-impulse_response?$

The_transfer_function_of_a_LTI_system_is_given_as_1/(s+1)._What_is_the

1.	The_transfer_function_of_a_LTI_system_is_given_as_1/(s+1)._What_is_the_steady-state_value_of_the_unit-impulse_response?$
A.	0
B.	1
C.	2
D.	Infinite
Answer» B. 1

Discussion

No Comment Found

Related MCQs

Consider the following statements for the pneumatic and hydraulic systems:1. The normal operating pressure of pneumatic control is very much higher than that of hydraulic control.2. In, pneumatic control external leakage is permissible to a certain extent, but there should no leakage in a hydraulic control.Which of the statements given above is/are correct?
In case of DC servomotor the back-emf is equivalent to an “electric friction” which tends to :
Assertion (A): In the error detector configuration using a synchro transmitter and synchro control transformer, the latter is connected to the error amplifier.Reason (R): Synchro control transformer has almost a uniform reluctance path between the rotor and the stator.
Assertion (A): In a shunt regulator, the control element is connected in shunt with the load to achieve constant output voltage.Reason (R): The impedance of the control element varies to keep the total current flowing through the load and the control element constant.
Assertion (A): The stator winding of a control transformer has higher impedance per phaseReason (R): The rotor of control transformer is cylindrical in shape.
Consider the following servomotors:1. AC-two phase servomotor2. DC servomotor3. Hydraulic servomotor4. Pneumatic servomotorThe correct sequence of these servomotor in increasing order of power handling capacity is:
The_transfer_function_of_a_LTI_system_is_given_as_1/(s+1)._What_is_the_steady-state_value_of_the_unit-impulse_response?$
In case of DC servomotor the back-emf is equivalent to an ‚Äö√Ñ√∂‚àö√ë‚àö‚à´electric friction‚Äö√Ñ√∂‚àö√ë‚àöœÄ which tends to ?#
If the initial conditions are inherently zero, what does it physically mean?
A tachometer is used as an inner loop in a position control servo-system. What is the effect of feedback on the gain of the sub-loop incorporating tachometer and in the effective time constant of the system?

The_transfer_function_of_a_LTI_system_is_given_as_1/(s+1)._What_is_the_steady-state_value_of_the_unit-impulse_response?$

Discussion

No Comment Found

Related MCQs

Reply to Comment