In a given circuit inductor of L = 1m H and resistance $R = 1 Ω$ are connected in series to ends of two parallel conducting rods as shown. Now a rod of length 10 cm is moved with constant velocity of 1cm/s in magnetic field B=1T. If rod starts moving at t=0 then current in circuit after 1milisecond is $x = 10^{- 3} A$ . then value of x is : (given $e^{- 1} = 0.37$ )

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In a given circuit inductor of L = 1m H and resistance

R = 1 Ω

are connected in series to ends of two parallel conducting rods as shown. Now a rod of length 10 cm is moved with constant velocity of 1cm/s in magnetic field B=1T. If rod starts moving at t=0 then current in circuit after 1milisecond is

x = 10^{- 3} A

. then value of x is : (given

e^{- 1} = 0.37

)

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Question Text

In a given circuit inductor of L = 1m H and resistance

R = 1 Ω

x = 10^{- 3} A

. then value of x is : (given

e^{- 1} = 0.37

)

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