I'm having trouble understanding your explanation. The transient response: is the sum of the natural and forced responses when the natural response is large. The steady-state response: is similarly the sum of the natural and forced responses BUT when the natural response is small. Note: - The natural response is directly related only to the system. It is how the system acquires or dissipates energy. -if the system is unstable then the natural response (acquiring energy) is always large so there is little evidence of a steady-state response. - if the system is stable then the natural response (dissipating energy) is only large during a certain period of time which is the time when transient response exists. -The forced response is directly related to the external inputs.
You made this topic more interesting...I wish my profs at college explained it this well :'(
this was very helpful , especially the example at the end .THANK YOU :)
That was a great explanation. Awesome diagrams as well. Thanks a lot
great video! thanks for sharing!
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Wow Amazing thanks so much for this helpful Video !!!
THANK YOU, THIS IS VERY HELPFUL .
I'm having trouble understanding your explanation.
The transient response: is the sum of the natural and forced responses when the natural response is large.
The steady-state response: is similarly the sum of the natural and forced responses BUT when the natural response is small.
Note: - The natural response is directly related only to the system. It is how the system acquires or dissipates energy.
-if the system is unstable then the natural response (acquiring energy) is always large so there is little evidence of a steady-state response.
- if the system is stable then the natural response (dissipating energy) is only large during a certain period of time which is the time when transient response exists.
-The forced response is directly related to the external inputs.
EXCELLENT VERY GOOD THANK U
thak you