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A battery of emf E(0) = 12 V is connecte...

A battery of emf `E_(0) = 12 V` is connected across a `4 m` long uniform wire having resistance `(4 Omega)/(m)`. The cells of small
emfs `epsilon_(1) = 2 V` and `epsilon_(2) - 4 V` having internal resistance `2 Omega` and `6 Omega` respectively, are connected as shown in the figure. If galvanometer shows no deflection at the point `N`, the distance of point `N` from teh point `A` is equal to

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A battery of emf E_0=12V is connected across a 4 m long uniform wire having resistance 4Omega//m . The cell of small emfs epsilon_1=2V and epsilon_2=4V having internal resistance 2Omega and 6Omega respectivley are connected as shown in the figure. If galvanometer shows no diflection at the point N the distance of points N from the point A is equal to

A battery of emf E_0=12V is connected across a 4 m long uniform wire having resistance 4Omega//m . The cell of small emfs epsilon_1=2V and epsilon_2=4V having internal resistance 2Omega and 6Omega respectivley are connected as shown in the figure. If galvanometer shows no diflection at the point N the distance of points N from the point A is equal to

A battery of emf E_(0)=12V is connected across a 4m long uniform wire having resistance 4Omega//m . The cells of small emfs e_(1)=2V and e_(2)=4V having internal resistance 2Omega and 6Omega respectively, are connected as shown in the figure. If galvanometer shows no deflection at the point N, the distance of point N from the point A is equal to

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