With 10 V dc connected at port A in the linear nonreciprocal two-port network shown below, the following were observed: (i) 1 Ω connected at port B draws a current of 3 A (ii) 2.5 Ω connected at port B draws a current of 2 AFor the same network, with 6 V dc connected at port A, 1 Ω connected at port B draws 7/3 A If 8 V dc is connected to port A, the open circuit voltage at port B is

With 10 V dc connected at port A in the linear nonreciprocal two-port network shown below, the following were observed: (i) 1 Ω connected at port B draws a current of 3 A (ii) 2.5 Ω connected at

With 10 V dc connected at port A in the linear nonreciprocal two-port network shown below, the following were observed: (i) 1 Ω connected at port B draws a current of 3 A (ii) 2.5 Ω connected at

With 10 V dc connected at port A in the linear nonreciprocal two-port network shown below, the following were observed: (i) 1 Ω connected at port B draws a current of 3 A (ii) 2.5 Ω connected at port B draws a current of 2 AWith 10 V dc connected at port A, the current drawn by 7 Ω connected at port B is

With 10 V dc connected at port A in the linear nonreciprocal two-port network shown below, the following were observed: (i) 1 Ω connected at port B draws a current of 3 A (ii) 2.5 Ω connected at

With 10 V dc connected at port A in the linear nonreciprocal two-port network shown below, the following were observed: (i) 1 Ω connected at port B draws a current of 3 A (ii) 2.5 Ω connected at port B draws a current of 2 AWith 10 V dc connected at port A, the current drawn by 7  connected at port B is

Consider the following statements Tellegen's theorem is applicable to any lumped network.Reciprocity theorem is applicable to linear bilateral network.Thevenin theorem is applicable to two terminal li

Consider the following statements Tellegen's theorem is applicable to any lumpednetwork.
Reciprocity theorem is applicable to linear bilateralnetwork.
Thevenin theorem is applicable to two terminal linear activenetwork.
Norton's theorem is applicable to linear activenetwork.
Which of the above statements are correct

The temperature dependence of partition functions are as follows: qtranslation ∝ T3/2 qvibration ∝ T0 qrotation ∝ T (linear molecule) qrotation �

The temperature dependence of partition functions are as follows: qtranslation ∝ T3/2 qvibration ∝ T0 qrotation ∝ T (linear molecule) qrotation ∝ T3/2 (non-linear molecule) According to the conventional transition state theory
(CTST), the temperature dependence of the Arrhenius pre-exponential factorfor a reaction of the type given below is linear molecule + linear molecule ⇆ non-linear transition state → products

Discrete transistors T1 and T2 having maximum collector current rating of 0.75 amp are connected in parallel as shown in the figure, this combination is treated as a single transistor to carry a total

Discrete transistors T1 and T2 having maximum collector current rating of 0.75 amp are connected in parallel as shown in the figure, this combination is treated as a single transistor to carry a total current of 1 ampere, when biased with self biascircuit.
When the circuit is switched on, T1 draws 0.55 amps and T2 draws 0.45amps.
If the supply is kept on continuously, ultimately it is very likely that

In a DC arc welding operation, the voltage-arc length characteristic was obtained as Varc = 20+5l where the arc length l was varied between 5 mm and 7 mm. Here Varc denotes the arc voltage in Volts. T

In a DC arc welding operation, the voltage-arc length characteristic was obtained as Varc = 20+5l where the arc length l was varied between 5 mm and 7 mm. Here Varc denotes the arc voltage inVolts.
The arc current was varied from 400 A to 500
A. Assuming linear power source characteristic, the open circuit voltage and the short circuit current for the welding operation are

In a DC arc welding operation, the voltage-arc length characteristic was obtained as Varc = 20 + 5l where the arc length l was varied between 5 mm and 7 mm. Here Varc denotes the arc voltage in Volts.

In a DC arc welding operation, the voltage-arc length characteristic was obtained as Varc = 20 + 5l where the arc length l was varied between 5 mm and 7 mm. Here Varc denotes the arc voltage inVolts.
The arc current was varied from 400 A to 500
A. Assuming linear power source characteristic, the open circuit voltage and the short circuit current for the welding operation are

The following arrangement consists of an ideal transformer and an attenuator which attenuates by a factor of 0.8. An ac voltage VWX1 = 100V is applied across WX to get an open circuit voltage VYZ1 acr

The following arrangement consists of an ideal transformer and an attenuator which attenuates by a factor of 0.8. An ac voltage VWX1 = 100V is applied across WX to get an open circuit voltage VYZ1 across YZ. Next, an ac voltage VYZ2 = 100V is applied across YZ to get an open circuit voltage VWX2 across WX. Then, VYZ1/VWX1, VWX2/VYZ2 are respectively,

The following arrangement consists of an ideal transformer and an attenuator, which attenuates by a factor of 0.8. An ac voltage VWX1 = 100V is applied across WX to get an open circuit voltage VYZ1 ac

The following arrangement consists of an ideal transformer and an attenuator, which attenuates by a factor of 0.8. An ac voltage VWX1 = 100V is applied across WX to get an open circuit voltage VYZ1 across YZ. Next, an ac voltage VYZ2 100V is applied across YZ to get an open circuit voltage VWX2 across WX. Then, VYZ1/VWX1, VWX2/VYZ2 are respectively,

Guaranteed answer

Related MCQs

No Public Explanation

Every MCQ Answered

Suggested Books

Related Topics