Each resistance shown in the network is in ohm. Current through the resistor `3 Omega` is 0.25 A. The input voltage 'V' is equal to

For the resistor network shown in the potential drop between a and b s 12V. a. Current through resistance of 6Omega is ……….. b. Current through resistance 2 Omega is ……….. c. Current through resistance of 8 Omega is ...........

For the resistor network shown in the potential drop between a and b s 12V. a. Current through resistance of 6Omega is ……….. b. Current through resistance 2 Omega is ……….. c. Current through resistance of 8 Omega is ...........

A network of resistances is connected to a 16 V battery with internal resistance of 1 Omega as shown in figure. (a) Compute the equivlaent resistance of the network. (b) Obtain the current in each resistor and (c ) obtain the voltage drop V_(AB), V_(BC) and V_(CD) .

In the network shown in the above figure find the current through 3 Omega and 10 Omega resistances.

In the network shown in the above figure find the current through 3 Omega and 10 Omega resistances.

A battery of e.m.f. 12 V and internal resistance 5Omega is connected to a resistor. If the current through the circuit is 0.3 A, what is the resistance of the resistor? What is the terminal voltage of the battery, when the circuit is closed?

A network of resistances is connected to a 16 V battery with internal resistance of 1 Omega , as shown in Fig. 4.33. (a) Compute epuivalent resistance of the network, (b) obtain the current In in each resistor, and (c ) obtain the voltage drops V_(AB), V_(BC) " and " V_(CD) .

A network of resistances is connected to a 16 V battery with internal resistance of 1 Omega , as shown in Fig. 4.33. (a) Compute epuivalent resistance of the network, (b) obtain the current In in each resistor, and (c ) obtain the voltage drops V_(AB), V_(BC) " and " V_(CD) .