how to know or calculate this.
Which component is shorted?
Which component is shorted?
Not that resistors short out, but If R1 were shorted you would not see that 2.4 Amps through the following stages. Likewise R2 and R3, so it must be R4.how to know or calculate this.
Which component is shorted?
i got the answer but don't understand 20Vac meaning here.In a 20 Vac series RC circuit, if 20 V is measured across the resistor and 40 V is measured across the capacitor, the applied voltage is:
First you're going to have to tell me what the rectangles represent?how to know or calculate this.
Which component is shorted?
@RRITESH KAKKAR --- You know full well how to calculate reactance and convert between rectangular and polar formats!What is the angle theta value for a 5.6F capacitor and a 50-ohm resistor in series with a 1.1 kHz, 5 Vac source?
Sinθ=imaginary(Reactive)/Real(Active)You know full well how to calculate reactance and convert between rectangular and polar formats!
Convert C1 into impedance.What is the phase shift between the voltage across the resistor and the voltage from the source?
Not to be particular but there is a little bit of difference between the 2.4 amperes you quoted and the 2.4 GigaAmperes the simulation shows. However, the troubleshooting was correct.Not that resistors short out, but If R1 were shorted you would not see that 2.4 Amps through the following stages.
This makes no sense at all. Leaving aside the fact that your ammeters are should 2.4 GA (i.e., 2,400,000,000 amperes), the fact that they are all the same means NO current is flowing downward through ANY of the resistors that are connected between meters. Hence R1, R2, and R2 are ALL acting like open circuits. Then assuming that your 2.400G should be 2.400m, R4 is behaving like a 5 kΩ resistor.how to know or calculate this.
Which component is shorted?
4 outputs are seen. They are labeled as 12A after each amp meter.How to know there is no output seen?
YOU don't know, but only because you can't read the labels.so, one does not know whether circuit working or not?
Aye! That was my principal issue with the 'rectangular' blocks!but there is a little bit of difference between the 2.4 amperes you quoted and the 2.4 GigaAmperes the simulation shows.
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