Kirchhoff's first rule I = 0 and second rule IR = E (where the symbols have their usual…
Physics · Class 12 · CBSE — Current Electricity
Kirchhoff's first rule \(\Sigma I\) = 0 and second rule \(\Sigma IR\) = \(\Sigma E\) (where the symbols have their usual meanings) are respectively based on
- conservation of momentum and conservation of charge
- conservation of energy, conservation of charge
- conservation of charge, conservation of momentum
- conservation of charge, conservation of energy
Answer
(D) conservation of charge, conservation of energy
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