If the capacitors are uncharged prior to the switch being closed, the amount of heat dissipated in resistors R_(1) and R_(2) after the switch is closed would be in the ratio of

If the capacitors are uncharged prior to the switch being closed, the

1.	If the capacitors are uncharged prior to the switch being closed, the amount of heat dissipated in resistors R_(1) and R_(2) after the switch is closed would be in the ratio of
Answer» `R _(1)//R_(2)` `C_(1)//C_(2)` `C_(2)//C_(1)` `R_(2)//R_(1)` Answer :B

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If the capacitors are uncharged prior to the switch being closed, the amount of heat dissipated in resistors R_(1) and R_(2) after the switch is closed would be in the ratio of

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