having free electrons per units volume 2n and n

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Figure shows a circuit model for the transmission of an electrical signal, such as cable TV, to a large number of subscribers. Each subscriber connects a load resistance RL between the transmission line and the ground. Assume the ground to be at zero potential and to have negligible resistance. The resistance of the transmission line between the connection points of different subscribers is modeled as the constant resistance RT. The equivalent resistance across the signal source is
12
Nov
Figure shows a circuit model for the transmission of an electrical signal, such as cable TV, to a large number of subscribers. Each subscriber connects a load resistance RL between the transmission line and the ground. Assume the ground to be at zero potential and to have negligible resistance. The resistance of the transmission line [...]
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Tags: calculate the current through 6 V battery . , Figure shows a circuit model for the transmission of an electrical signal , having free electrons per units volume 2n and n , In the circuit shown ( figure ) , such as cable TV , Two cylindrical rod s of uniform cross sectional area A and 2 A ,
Two cylindrical rod s of uniform cross sectional area A and 2 A, having free electrons per units volume 2n and n, respectively are joine in series. A current I flos through them in stady state. THen the ratio of drift velocity of free electron in left rod to drift velocity of electron in the right rod (VL/ Vr ) is
11
Nov
Two cylindrical rod s of uniform cross sectional area A and 2 A, having free electrons per units volume 2n and n, respectively are joine in series. A current I flos through them in stady state. THen the ratio of drift velocity of free electron in left rod to drift velocity of electron in the [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: calculate the current through 6 V battery . , having free electrons per units volume 2n and n , In the circuit shown ( figure ) , Two cylindrical rod s of uniform cross sectional area A and 2 A ,