IR drops

both A and D

junction currents

battery e.m.fs.

equivalent voltage source

equivalent voltage or current source

equivalent resistance

equivalent impedance

terminal voltage in proportion to current

terminal voltage in proportion to load

zero internal resistance

open circuit voltage equal to the voltage on full load

exchange of power takes place between capacitor and supply line

power is consumed in resistance and is equal to I^2

exchange of power takes place between inductor and supply line

all are correct

capacitance is more and frequency of supply is less

capacitance is more and frequency of supply is more

capacitance is less and frequency of supply is less

capacitance is less and frequency of supply is more

linear responses only

linear, non-linear and time variant responses

linear and non-linear resistors only

none of the above

act like a resistor of low value

have current in each section equal to the line current

have high voltage developed across each inductive and capacitive section

have a high impedance

power

frequency

current

voltage

45

30

90

60

linear, non-linear, active and passive elements

linear, non-linear, active, passive, time varying as wells as time-in-variant elements

non-linear elements only

linear elements only