The capacitor C is initially without charge. X is now joined to y fig. for a long time, during which H₁,
heat is produced in the resistance R. X is now joined to Z for a long time, during which H₂, heat is produced in R

Question

The capacitor C is initially without charge. X is now joined to y fig. for a long time, during which H₁,

heat is produced in the resistance R. X is now joined to Z for a long time, during which H₂, heat is produced in R

Infinity Learn · Accepted Answer

When X is joined to Y for a long time, the charging of condenser takes place. In charging, the energy stored in capacitor is equal to the heat produced in resistance R, i.e., energy stored in capacitor is $$H1$$ . When X is joined to Z for a long time, the discharging of condenser takes place. In discharging  process, the energy already stored incapacitor C, i.e., $$H1$$, now reappears as heat $$H2$$, in resistor R. Thus $$H1$$ $$=$$ $$H2$$.

The capacitor C is initially without charge. X is now joined to y fig. for a long time, during which H₁,
heat is produced in the resistance R. X is now joined to Z for a long time, during which H₂, heat is produced in R

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The capacitor C is initially without charge. X is now joined to y fig. for a long time, during which H1, heat is produced in the resistance R. X is now joined to Z for a long time, during which H2, heat is produced in R

Remember concepts with our Masterclasses.

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free study material

The capacitor C is initially without charge. X is now joined to y fig. for a long time, during which H₁,
heat is produced in the resistance R. X is now joined to Z for a long time, during which H₂, heat is produced in R