codan
New Member
Hi everybody,
I am stumbling on a question i have to answer, i have tried to figure out what the answer is "not" rather than what the correct answer is so you can see i have made a descent attempt at answering this myself, which i have.
My argument for each one is listed below each supposed answer, obviously i am not getting something right??.
The Question is: a, b, c, or d
Inductive Reactance is measured in Ohms because it:
a: Absorbs Power
(No, because Inductive Reactance absorbs Energy & returns Energy)?
b: is the ratio of the emf of self induction of an AC circuit to the current
( No, emf is the potential difference across a source of electricity when no current is flowing)
c: is the equivalent resistance of an AC circuit
(No Resistance dissipates power, Inductive Reactance absorbs Energy & returns Energy)
d: is the Admittance of an AC circuit
(No, Admittance is a measure of the current admitted, while Reactance is the measure of how much a circuit reacts against change in current over time?)
As you can see i am having an issue?
Thank You
I am stumbling on a question i have to answer, i have tried to figure out what the answer is "not" rather than what the correct answer is so you can see i have made a descent attempt at answering this myself, which i have.
My argument for each one is listed below each supposed answer, obviously i am not getting something right??.
The Question is: a, b, c, or d
Inductive Reactance is measured in Ohms because it:
a: Absorbs Power
(No, because Inductive Reactance absorbs Energy & returns Energy)?
b: is the ratio of the emf of self induction of an AC circuit to the current
( No, emf is the potential difference across a source of electricity when no current is flowing)
c: is the equivalent resistance of an AC circuit
(No Resistance dissipates power, Inductive Reactance absorbs Energy & returns Energy)
d: is the Admittance of an AC circuit
(No, Admittance is a measure of the current admitted, while Reactance is the measure of how much a circuit reacts against change in current over time?)
As you can see i am having an issue?
Thank You