Answer:
It depends on the current
Explanation:
The formula for the energy stored in an inductor is W =1/2 *L*I2
We can state that an electric current flowing in inductor , there is energy stored in the magnetic field. let consider the pure inductor L, and the power which is supplied to initiate the current in inductor.
consider the equation P = i*v
write the equation in terms of inductor.
P = L*i di/dt
P*dt = L*i di
rewrite the Energy equation W = \int_{0}^{t}P*dt
W = \int_{0}^{t} L*i di
by solving we will get the W = 1/2 *L*I2
From this information and formula we can state that he energy stored in an inductor depends on the current.
Answer:
The complete option for the question
a.it depends on the self induced emf
b it depends on the inverse of the self induced emf
C.it depends on the current
d.it depends on the inverse of current
Answer is.it depends on the current
Explanation:
The energy stored in an inductor is W=1/2LI^2
From this equation it can be seen that energy in inductor L depends on current L
