| 1. | C minus the inductive reactance " X"
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| 2. | A M�bius resistor is an electronic circuit element that cancels its own inductive reactance.
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| 3. | As frequency goes up, inductive reactance goes up and capacitive reactance goes down.
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| 4. | Inductive reactance is strongly frequency dependent.
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| 5. | Electrical impedance is computed as the vector sum of electrical resistance, capacitive reactance, and inductive reactance.
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| 6. | Hence, " inductive reactance " is an opposition to the change of current through an element.
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| 7. | As inductive reactance is positive and increases with frequency, above a certain frequency capacitance is canceled by inductance.
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| 8. | Inductive reactance would make the current smaller .-- Heron 21 : 22, 20 June 2006 ( UTC)
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| 9. | I believe that the increase in frequency increases the inductive reactance, decreases the capacitive reactance by up to a factor of 8.
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| 10. | A resistor was used to model the inductive reactance of a circuit, while the actual series resistance of the circuit was neglected.
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