1. The problem statement, all variables and given/known data
Using circuit analysis calculate the inductance (L) within an electrical 50hz AC circuit containing a 12Ω resistor and inductive reactance of 5Ω which are in series.
2. Relevant equations
Inductive reactance:
XL = 2∏FL
Therefore inductance:
L = XL\2∏F
3. The attempt at a solution
Using my calculator I achieve the following:
L = (XL)\(2)(∏)(F)
L = 5Ω \ (2∏) x (50)
L = 5Ω \ 314.159
L = 0.0159 H
L = 15.9mH
I believe this value is correct.
Using circuit analysis calculate the inductance (L) within an electrical 50hz AC circuit containing a 12Ω resistor and inductive reactance of 5Ω which are in series.
2. Relevant equations
Inductive reactance:
XL = 2∏FL
Therefore inductance:
L = XL\2∏F
3. The attempt at a solution
Using my calculator I achieve the following:
L = (XL)\(2)(∏)(F)
L = 5Ω \ (2∏) x (50)
L = 5Ω \ 314.159
L = 0.0159 H
L = 15.9mH
I believe this value is correct.
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