Inductance

Question 1

is a passive element designed to store energy in its magnetic field.

Answer 1

inductor

Question 2

consists of a coil of conducting wire

Answer 2

inductor

Question 3

It is found that the voltage across the inductor is directly proportional to the time rate of change of the current.

Answer 3

v = L (di/dt)

Question 4

is the property whereby an inductor exhibits opposition
to the change of current flowing through it

Answer 4

Inductance

Question 5

unit of inductance

Answer 5

henrys (H)

Question 6

Formula of inductance

Answer 6

L = (N^2 μA) / l

Question 7

Formula for the current-voltage relationship of the inductors

Answer 7

i = 1/L ∫ v(T)dT + i(t0)
lower limit and upper limit of t

Question 8

Formula for the voltage-current relation of the inductor

Answer 8

v = L (di/dt)

Question 9

Formula for the instantaneous power delivered to the inductor

Answer 9

p = vi = L (di/dt) i

Question 10

Formula for the energy stored in inductor

Answer 10

w = 1/2 (Li^2)

Question 11

The equivalent inductance of _____ is the sum
of the individual inductances

Answer 11

series-connected inductors

Question 12

Formula of series-connected inductors

Answer 12

L eq = L1+ L2 + L3 + … + Ln

Question 13

The equivalent inductance of _____ is the reciprocal of the sum of the reciprocals of the individual inductances.

Answer 13

parallel inductors

Question 14

Formula of parallel inductors

Answer 14

1/L eq = 1/L1+ 1/L2 + 1/L3 + … + 1/Ln