Six resistance each of value $3\Omega$ Are connected as shown in the figure, Fig. $5.179.$ A cell of emf $3 volt$ Is connected across $AB$. The effective resistance across $AB$ And the current through the arm $AB$ Will be 

Fig.$5.180$ shows a network of eight resistors, each equal to $2\Omega ,$ connected to a $3 V$ battery of negligible internal resistance. The current $I$ in the circuit is 

The equivalent resistance between the points $A$ and $B$ will be (each resistance is $15\Omega$) 

In the given circuit in Fig.$5.182$ the equivalent resistance between the points $A$ and $B$ in $ohm$ is 

The current $I$ drawn from $5 \mathrm{V}$ source in Fig.$5.183$ will be 

Figure: 5.183

Consider the following statements regarding the network shown in the figure, $5.184.$ 

(1) The equivalent resistance of the network between points $A$ and $B$ is independent of value of $G$.

(2) The equivalent resistance of the network between point $A$ and $B$ in Fig.$5.184.$ is $\frac{4}{3}R.$ 

(3) The current through $G$ is zero which of the above statement is true

In the circuit given have Fig.$5.185,$ the points $A,$$B$ and $C$ are $70V,$zero,$10V$ respectively. Then