Here i= 1/wL for inductor and i=wC for capacitance, but my teacher did it the other way around,i.e i=wL and i=1/wC is that the same thing? since i get same result or?
They are also made of some material which has it's own resistance....they lose energy in the form of heat but way less than a resistor ideal...I think!
Energy needn’t necessarily be ‘lost’. Capacitors and inductors store energy as electrical potential energy and magnetic energy respectively. No dissipation.
Actually it's not lost, energy is consumed by both the inductor and capacitor and stored as magnetic and electric fields respectively in one quarter cycle, in the next quarter cycle this same energy is released by both devices
Thank you sir, you brought a light on the darkness while i was scrambling to do my physics lab.
The analogy is superb
Finally I understanded!!! Really thanks
*understood, but yea
Inductive reactance:
LIMITS high frequency, ALLOWS low frequency
capacitive rreaactance:
LIMITS low frequency, ALLOWS high frequency
Thank you, but it would be more useful if you sent th previous video
Link for the previous lesson pls
Voice is so smooth 👂👂👂
Everybody like any good educational video thx
What
03:18😂😂😂
This is so amazingly explained, remains imprint in my mind. Can you help me model a biological cell as a circuit.
Thank you
Thank you sir
Thanks a lot sir
Awesome
The 👌 best
I am here just to listen mahesh
Tq sir
Here i= 1/wL for inductor and i=wC for capacitance, but my teacher did it the other way around,i.e i=wL and i=1/wC is that the same thing? since i get same result or?
no I =omega x L and I = (omega x C)^-1.....I=wL and I=1/wC
sir can I know how the energy is lost due to a inductive or capacitive reactance , meanwhile in a resistor they are dissipated as heat
They are also made of some material which has it's own resistance....they lose energy in the form of heat but way less than a resistor ideal...I think!
@@PrabhjotSingh_24 NO i dont talk about about the energy lost by resistance , rather i talk about energy lost by reactance
@@nishok3502 ok
Energy needn’t necessarily be ‘lost’. Capacitors and inductors store energy as electrical potential energy and magnetic energy respectively. No dissipation.
Actually it's not lost, energy is consumed by both the inductor and capacitor and stored as magnetic and electric fields respectively in one quarter cycle, in the next quarter cycle this same energy is released by both devices
wow
Sir the peak value of current is more than the peak value of voltage....is that the same always?
Can current peak be less than voltage peak?
You are not showing that true impedance has the complex J in it too
Your statement of capacitance and current on c- circuit is wrong .
What’s is Vo?
Peak voltage
Vo=max voltage, Vs=instantaneous voltage
Awesome