In the given circuit, the current  (in mA) is _________.

In the circuit shown below, the current I flowing through 200 Ω resistor is ________ mA.

(rounded off to two decimal places).

The minimum number of equations required to analyse the circuit shown in Figure is         

The current I in the circuit shown is ________.         

Consider the circuit shown in the figure. The current I flowing through the 10Ω resistor is ________.         

Consider the circuit shown in the figure.

The current I flowing through the 7Ω resistor between P and Q (rounded off to one decimal place) is ________ A.

Consider the network shown below with,and . The network is connected to a constant voltage source of 11V.

The magnitude of the current (in amperes. accurate

to two decimal places) through the source is _______

A periodic variable x is shown in the figure as a function of time. The root-mean-square (rms) value of x is _________.        

A connection is made consisting of resistance A in series with a parallel combination of resistances B and C. Three resistors of value  are provided. Consider all possible permutations of the given resistors into the positions A, B, C, and identify the configurations with maximum possible overall resistance, and also the ones with minimum possible overall resistance. The ratio of maximum to minimum values of the resistances (up to second decimal place) is ______________.

Consider the circuit shown in the figure.

The Thevenin equivalent resistance across P-Q is _______________.[

In the given circuit, each resistor has a value equal to 1Ω.

What is the equivalent resistance across the terminals a and b?

In the figure shown, the current i (in ampere) is ____.

In the network shown in the figure, all resistors are identical with R = 300 Ω. The resistance  (in Ω) of the network is ______.

In the given circuit, the values of  and  respectively are

Consider the following figure

The current in the  resistor in Amps is        

Consider the configuration shown in the figure which is a portion of a larger electrical network

For  and currents, , , which of the following is TRUE

A Y-network has resistances of 10Ω each in two of its arms, while the third arm has a resistance of 11Ω. In the equivalent -network, the lowest value (in Ω) among the three resistances is ________.

In the figure shown, the value of the current I (in Amperes) is__________.        

For the Y-network shown in the figure, the value of R1 (in Ω) in the equivalent ∆-network is ____.

The circuit shown in the figure represents a

The equivalent resistance in the infinite ladder network shown in the figure, is . The value of /R is ________.

In the circuit shown, the voltage  (in Volts) is ___________.        

Consider a delta connection of resistors and its equivalent star connection as shown below. If all elements of the delta connection are scaled by a factor, , the elements of the corresponding star equivalent will be scaled by a factor of

The following arrangement consists of an ideal transformer and an attenuator which attenuates by a factor of 0.8. An ac voltage  is applied across WX to get an open circuit voltage  across YZ. Next, an ac voltage  is applied across YZ to get an open circuit voltage  across WX. Then, ,  are respectively,

Three capacitors ,  and  whose values are ,  and  respectively, have breakdown voltages of 10V, 5V and 2V respectively. For the interconnection shown below, the maximum safe voltage in Volts that can be applied across the combination, and the corresponding total charge in  stored in the effective capacitance across the terminals are respectively,         

Consider the following figure

The current  in Amps in the voltage source and voltage  in Volts across the current source respectively, are

In the following figure,  and  are ideal capacitors.  has been charged to 12V before the ideal switch S is closed at t = 0. The current i(t) for all t is

If  V, then  is

In the circuit shown, the power supplied by the voltage source is         

A fully charged mobile phone with a 12 V battery is good for a 10 minute talk-time. Assume that, during the talk-time, the battery delivers a constant current of 2 A and its voltage drops linearly from 12 V to 10 V as shown in the figure. How much energy does the battery deliver during this talk-time?

In the interconnection of ideal sources shown in the figure, it is known that the 60 V source is absorbing power. Which of the following can be the value of the current source I?

f  and  in the bridge Circuit shown in figure, then the reading in the ideal Voltmeter connected between a and b is        

Twelve 1Ω resistances are used as edges to form a cube. The resistance between two diagonally opposite corners of the cube is

The current flowing through the resistance R in the circuit in figure has the form P cos 4t, where P is

The dependent current source shown in Figure

The voltage e₀ in figure is

If each branch of a Delta circuit has impedance, then each branch of the equivalent Wye circuit has impedance.

The voltage  in figure is         

In the circuit of Figure, the value of the voltage source E is

Use the data of Figure (a). The current I in the circuit of Figure (b) is

Delta-connected network with its Wye-equivalent is shown in Figure. The resistance,  and  (in ohms) are respectively

The nodal method of circuit analysis is based on

The voltage across the terminals a and b in Figure is

The current  in the circuit of the figure is equal to

The voltage V in the figure is equal to         

The voltage V in the figure is always equal to

The voltage V in the figure is

In the circuit of figure when , the current  equals to 10 A

The RMS value of a rectangular wave of period T, having a value of + V for a duration,  and –V for the duration, , equals

In the circuit shown in the figure, the magnitude of the current (in amperes) through  is _______.

Consider the circuit shown in the figure.

The value of  (rounded off to one decimal place) is ________ V.

A dc circuit shown in figure has a voltage source V, a current source I and several resistors. A particular resistor R dissipates a power of 4 watts when V alone is active. The same resistor R dissipates a power of 9 watts when I alone is active. The power dissipated by R when both sources are active will be

In the circuit of figure, when switch  is closed, the ideal ammeter  reads 5A. What will be ideal voltmeter  read when  is kept open? (The value of E is not specified).

A network contains linear resistors and ideal voltage sources. If values of all the resistors are doubled, then the voltage across each resistor is

The two electrical sub network  and  are connected through three resistors as shown in figure. The voltage across 5 ohm resistor and 1 ohm resistor are given to be 10 V and 5V, respectively. Then voltage across 15 ohm resistor is

An infinite grid is built up by connecting resistors in the manner indicated in figure, where each branch represents one ohm resistor. Calculate the effective resistance between the nodes A and B.