Electricity Tes...

The current in the given circuit will be :

Two resistors $$R_1 \, (24 \pm 0.5) \Omega$$  and $$R_2 \, (8 \pm 0.3) \Omega$$ are joined in series. The equivalent resistance is 

In the given figure below, the current passing through $$6\Omega$$ resistor is

Two resistors $$R_1$$ and $$R_2$$ are connected in parallel. The relative error in their equivalent resistance is [If $$R_1=(60\pm 3)\Omega $$ and $$R_2=(30\pm 2)\Omega $$

Three resistances $$R_1,R_2$$ & $$R_3$$ $$(R_1> R_2> R_3)$$ are connected in series. If current $$I_1,I_2$$ & $$I_3$$ respectively is flowing through them, the correct relation will be

When three resistors of resistances $$3\Omega ,4\Omega $$ and $$5\Omega $$ are connected in parallel, the currents through them are in the ratio

The value equlvalent resistance between the points $$A$$ and $$B$$ in the given circuit will be?

A uniform wire of resistance $$36\ \Omega$$ is bent in the form of a circle. The effective resistance across points A and B is___.

The lowest resistance which can be obtained by connecting $$10$$ resistors each of $$\dfrac{1}{10}\Omega$$ is

An electric bulb is rated $$220\ V$$ and $$100\ W$$, when it is operated on $$110\ V$$, the power consumed will be