268282 Using three wires of resistances $1\mathrm{ohm},2\mathrm{hm}$ and 3 ohm, then no.of different values of resistances that possible are

268304 A wire of resistance $18\mathrm{ohm}$ is drawn until its radius reduce $\frac{1}{2}$ th of its original radius then resistance of the wire is

268283 Six resistances of each 12 ohm are connected as shown in the fig. The effective resistance between the terminals $A$ and $B$ is

268284 Current ' $\mathrm{i}$ ' coming from the battery and ammeter reading are

268518 Find the equivalent resistance across$\mathrm{AB}$ :

268282 Using three wires of resistances $1\mathrm{ohm},2\mathrm{hm}$ and 3 ohm, then no.of different values of resistances that possible are

268304 A wire of resistance $18\mathrm{ohm}$ is drawn until its radius reduce $\frac{1}{2}$ th of its original radius then resistance of the wire is

268283 Six resistances of each 12 ohm are connected as shown in the fig. The effective resistance between the terminals $A$ and $B$ is

268284 Current ' $\mathrm{i}$ ' coming from the battery and ammeter reading are

268518 Find the equivalent resistance across$\mathrm{AB}$ :

268282 Using three wires of resistances $1\mathrm{ohm},2\mathrm{hm}$ and 3 ohm, then no.of different values of resistances that possible are

268304 A wire of resistance $18\mathrm{ohm}$ is drawn until its radius reduce $\frac{1}{2}$ th of its original radius then resistance of the wire is

268283 Six resistances of each 12 ohm are connected as shown in the fig. The effective resistance between the terminals $A$ and $B$ is

268284 Current ' $\mathrm{i}$ ' coming from the battery and ammeter reading are

268518 Find the equivalent resistance across$\mathrm{AB}$ :

268282 Using three wires of resistances $1\mathrm{ohm},2\mathrm{hm}$ and 3 ohm, then no.of different values of resistances that possible are

268304 A wire of resistance $18\mathrm{ohm}$ is drawn until its radius reduce $\frac{1}{2}$ th of its original radius then resistance of the wire is

268283 Six resistances of each 12 ohm are connected as shown in the fig. The effective resistance between the terminals $A$ and $B$ is

268284 Current ' $\mathrm{i}$ ' coming from the battery and ammeter reading are

268518 Find the equivalent resistance across$\mathrm{AB}$ :

268282 Using three wires of resistances $1\mathrm{ohm},2\mathrm{hm}$ and 3 ohm, then no.of different values of resistances that possible are

268304 A wire of resistance $18\mathrm{ohm}$ is drawn until its radius reduce $\frac{1}{2}$ th of its original radius then resistance of the wire is

268283 Six resistances of each 12 ohm are connected as shown in the fig. The effective resistance between the terminals $A$ and $B$ is

268284 Current ' $\mathrm{i}$ ' coming from the battery and ammeter reading are