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hoboBob
hoboBob
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If the inductive impedance is given can the separate resistor and inductor values be calculated?

OK

The question gives the voltage supply (magnitude and frequency), power factor and current. It also states that the circuit is inductive as the current passes through a single coil.

To satisfy the question the inductor and resistor values are required. Can this be calculated with the information given?

I can find the impedance as a phasor quality using the V/I cos^-1(p.f), but cannot expand this into the separate values for the resistance and inductor.

I don't think its possible and wanted to know if it is possible from more experienced people.

Thanks

Danny

If the inductive impedance is given can the separate resistor and inductor values be calculated?

OK

The question gives the voltage supply (magnitude and frequency), power factor and current. It also states that the circuit is inductive.

To satisfy the question the inductor and resistor values are required. Can this be calculated with the information given?

I can find the impedance as a phasor quality using the V/I cos^-1(p.f), but cannot expand this into the separate values for the resistance and inductor.

I don't think its possible and wanted to know if it is possible from more experienced people.

Thanks

Danny

If the inductive impedance is given can the separate resistor and inductor values be calculated?

OK

The question gives the voltage supply (magnitude and frequency), power factor and current. It also states that the circuit is inductive as the current passes through a single coil.

To satisfy the question the inductor and resistor values are required. Can this be calculated with the information given?

I can find the impedance as a phasor quality using the V/I cos^-1(p.f), but cannot expand this into the separate values for the resistance and inductor.

I don't think its possible and wanted to know if it is possible from more experienced people.

Thanks

Danny

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hoboBob
hoboBob
  • 197
  • 1
  • 9

If the inductive impedance is given can the separate resistor and inductor values be calculated?

OK

The question gives the voltage supply (magnitude and frequency), power factor and current. It also states that the circuit is inductive.

To satisfy the question the inductor and resistor values are required. Can this be calculated with the information given?

I can find the impedance as a phasor quality using the V/I cos^-1(p.f), but cannot expand this into the separate values for the resistance and inductor.

I don't think its possible and wanted to know if it is possible from more experienced people.

Thanks

Danny

If the inductive impedance is given can the separate resistor and inductor values be calculated?

Thanks

Danny

If the inductive impedance is given can the separate resistor and inductor values be calculated?

OK

The question gives the voltage supply (magnitude and frequency), power factor and current. It also states that the circuit is inductive.

To satisfy the question the inductor and resistor values are required. Can this be calculated with the information given?

I can find the impedance as a phasor quality using the V/I cos^-1(p.f), but cannot expand this into the separate values for the resistance and inductor.

I don't think its possible and wanted to know if it is possible from more experienced people.

Thanks

Danny

Source Link
hoboBob
hoboBob
  • 197
  • 1
  • 9

can the inductor and resistor values be found from the impedance

If the inductive impedance is given can the separate resistor and inductor values be calculated?

Thanks

Danny