A `3Omega` resistor and a `6Omega` resistor are connected in parallel and the combination is connected in series to a battery of 5 V and a `3Omega` resistor. The potential difference across the `6Omega` resistor

6Omega and 12Omega resistors are connected in parallel. This combination is connected in series with 10 V battery and 6 Omega resistor. What is the potential differnce between the terminals of the 12Omega resistor ?

6Omega and 12Omega resistors are connected in parallel. This combination is connected in series with 10 V battery and 6 Omega resistor. What is the potential differnce between the terminals of the 12Omega resistor ?

6Omega and 12Omega resistors are connected in parallel . This combination is connected in seires with a 10 V batery and 6Omega resister . What is the potential difference between the teriminal of the 12Omega resistor ?

Two resistors of resistances 2Omega and 4Omega are connected in parallel. Two more resistors 3Omega and 6Omega are also connected in parallel. These two combinations are in series with a battery of emf 5 V and internal resistance 0.7Omega . Calculate current through the 6Omega resistor.

Three resistors 10 Omega , 20 Omega and 31 Omega are connected in series combination. When this series combination is connected to 12V supply, by neglecting the value of internal resistance, obtain potential difference across each resistor

Two resistors A and B of resistance 4 Omega and 6 Omega respectively are connected in parallel. The combination is connected across a 6 volt battery of negligible resistance. Calculate : the power dissipated in each resistor.

50 Omega and 100 Omega resistors are connected in series. This connection is connected with a battery of 2.4 volts. When a voltmeter of 100 Omega resistance is connected across 100 Omega resistor, then the reading of the voltmeter will be

50 Omega and 100 Omega resistors are connected in series. This connection is connected with a battery of 24 volts. When a voltmeter of 100 Omega resistance is connected across 100 Omega resistor, then the reading of the voltmeter will be