when key K1 is closed but K2 is open equals θ0 (see figure ) On closing k2 also and adjusting R2 to 5Ω

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The galvanometer deflection , when key K1 is closed but K2 is open equals θ0 (see figure ) On closing k2 also and adjusting R2 to 5Ω , the deflection in galvanometer becomes θ0/5. The resistance of the galvanometer is then , given by [Neglect the internal resistance of battery]:
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Dec
The galvanometer deflection , when key K1 is closed but K2 is open equals θ0 (see figure ) On closing k2 also and adjusting R2 to 5Ω , the deflection in galvanometer becomes θ0/5. The resistance of the galvanometer is then , given by [Neglect the internal resistance of battery]: given by [Neglect the internal [...]
Posted in: Arihant Physics by D.C Pandey , Chapter 3 - Current Electricity , Volume 2 ,
Tags: given by [Neglect the internal resistance of battery]: , the deflection in galvanometer becomes θ0/5. The resistance of the galvanometer is then , The galvanometer deflection , when key K1 is closed but K2 is open equals θ0 (see figure ) On closing k2 also and adjusting R2 to 5Ω ,