= 1uF are charged to same potential V = 100V. but with opposite polarity as shown in the fig. The switches S1

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Two capacitors C1, = 2uF and C2, = 1uF are charged to same potential V = 100V. but with opposite polarity as shown in the fig. The switches S1, and S2, are closed. The ratio of final energy to the initial energy of the system is
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Dec
Two capacitors C1, = 2uF and C2, = 1uF are charged to same potential V = 100V. but with opposite polarity as shown in the fig. The switches S1, and S2, are closed. The ratio of final energy to the initial energy of the system is = 1uF are charged to same potential V = [...]
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Tags: = 1uF are charged to same potential V = 100V. but with opposite polarity as shown in the fig. The switches S1 , = 2uF and C2 , and S2 , are closed. The ratio of final energy to the initial energy of the system is , Two capacitors C1 ,