The discussion revolves around a circuit involving a 50.0 mH inductor connected to a 24.0 V AC voltage source, with a current of 0.60 A flowing through it. Participants are exploring the relationship between inductance, voltage, current, and frequency in the context of AC circuits.
The discussion is active, with participants building on each other's ideas regarding the relationships between voltage, current, and impedance. Some guidance has been offered about considering impedance in their calculations, but there is no explicit consensus on the final approach.
Participants are working under the constraints of a homework problem, which may limit the information available for discussion. There is an emphasis on using the relationships between L, E, and i without providing a complete solution.
You can do better than this. How will you bring in L, E and i? Think impedance.-Aladdin- said:My Work so far ! :
f = w/2pi.
But here we have L , E and i.
Any help will be welcomed.
kuruman said:You can do better than this. How will you bring in L, E and i? Think impedance.
-Aladdin- said:So,impedance is : z=Lw = L*2pi*f ...
A guess , z = V/I = E/i ! but V(max)/I(max)
kuruman said:If z = V/I, can you relate ω to V and I?
kuruman said:Correct.