A network of resistor is connected to a 16 V battery with internal resistance of `1 Omega`, a shown in fig.
Obtain the current in each resistor.

A network of resistor is connected to a 16 V battery with internal resistance of 1 Omega , a shown in fig. (a) complete the equivalent resistance of the network.

A network of resistor is connected to a 16 V battery with internal resistance of 1 Omega , a shown in fig. Obtain the voltage drops V_(AB), V_(BC) and V_(CD)

A network of resistors is connected to a 5 V battery with internal resistance of 1Omega as shown in Fig. (a) Compute the equivalent resistance of the network. (6) Obtain the current in each resistor. (c) Obtain the voltage drops V_(BC) and V_(CD)

A network of resistors is connected to a 5 V battery with internal resistance of 1Omega as shown in Fig. (a) Compute the equivalent resistance of the network. (6) Obtain the current in each resistor. (c) Obtain the voltage drops V_(BC) and V_(CD)

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

A network of resistore is connected to a 16 V battery with internal resistance of 1Omega, as shown in (a) Compute the equivalent resistance of the network. (b) Obtain the current in each resistor. (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 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) .

A network of resistances is connected to a 16V battery with internal resistance of 1 Omega as shown in Fig. Compute the equivalent resistance of the network