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	The capacitance between the adjacent plates shown in figure (31-E20) is 50 nF. A charge of 1.0 μC... (PW Solutions) View
	The capacitance between the adjacent plates shown in figure (31-E20) is 50 nF. A charge of 1.0 C is (Physics With Shubham) View
	The capacitance between the adjecent pltes shown in figure (31-E20 ) is `50 nF` . A charge of ` (Doubtnut) View
	Each of the plates shown in figure ( 31- E19 ) haas serface area (96/epsilon 0)xx 10 ^(-12) Fm o... (Doubtnut) View
	Each of the plates shown in figure 31e19 has surface area \| HC VERMA CAPACITORS BY SIMRAN SIR (Simran Sir) View
	Each of the plates shown in figure (31-E19) has surface area (96 / ε 0) × 10^-12 F-m on one side ... (PW Solutions) View
	The particle P shown in figure (31-E11) has a mass of 10 mg and a charge of – 0.01 μC. Each plate ha (Phenomenal Classes 2) View
	Consider the situation shown in figure (31-E23 ) . The switch S is open for a long time and then (Doubtnut) View
	Each of the plates shown in figure has surface area (96/ε0) × 10 – 12 F–m on one side and the sepera (Phenomenal Classes 2) View
	Each capacitor in figure has a capaciance of `10muF `. The emf of the bettery is `100V` . Find the (Doubtnut) View