Consider an electrical circuit containing a two-way switch \( S \) . Initially \( S \) is open ...
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Consider an electrical circuit containing a two-way switch \( S \) . Initially \( S \) is open and then \( T_{1} \) is
\( \mathrm{P} \)
connected to \( T_{2} \). As the current in \( R=6 \Omega \) attains a maximum value of steady state level, \( T_{1} \) is
W
disconnected from \( T_{2} \) and immediately connected to \( T_{3} \). Potential drop across \( r=3 \Omega \) resistor immediately after \( T_{1} \) is connected to \( T_{3} \) is \( V \). (Round off to the Nearest Integer)
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