Three `2 Omega` reistors , `A,B and C`, are connected as shown in (Fig. 3.44). Each of them dissipates energy and can withstand a maximum current that can flow through the three resistors ?
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Three 2Omega resistors, A, B and C, are connected as shown in figure. Each of them dissipates energy and can withstand a maximum power of 18 W without melting. Find the maximum current that can flow through the three resistors?

Three 2Omega resistors, A, B and C, are connected as shown in figure. Each of them dissipates energy and can withstand a maximum power of 18 W without melting. Find the maximum current that can flow through the three resistors?

Three 2 Omega resistors, A, B and C are connected as shown in figure. Each of them dissipates energy and can with stand a maximum power of 18 W without melting. Find the maximum current that can flow through the three resistors ?

Three 2 Omega resistors, A, B and C are connected as shown in figure. Each of them dissipates energy and can with stand a maximum power of 18 W without melting. Find the maximum current that can flow through the three resistors ?

Three 2 ohm resistance A, B and C are connected as shown in figure. Each of them disipates energy and can withstand a maximum powr of 18W without melting. Find the maximum current that can flow through the three resistors.

Draw a circuit diagram of an electric circuit containing a cell, a key, an ammeter, a resistor of 4Omega in series with a combination of two resistors ( 8Omega each ) in parallel and a voltmeter across parallel combination. Each of them dissipate maximum energy and can withstand a maximum power of 16 W without melting. Find the maximum current that can flow through the three resistors.

Draw a circuit diagram of an electric circuit containing a cell, a key, an ammeter, a resistance of 4 Omega in series with a combination of two resistors (8 Omega) in parallel and a voltmeter across the parallel combination. Each of them dissipate maximum energy and can withstand a maximum power of 16 W without melting. Find the maximum current that can flow through the three resistors.

Five resistors, each 3 Omega , are connected as shown in (fig. 3.23). Calculate the resistance between the points (a) A and b between the point C and D . .

Three resistors of 2 Omega , 3 Omega and 4 Omega are connected in series