Question
Equivalent resistance between A and B will be
|
(a) 2 ohm |
(b) 18 ohm |
(c) 6 ohm |
(d) 3.6 ohm |
✓
Answer
(d) 3.6 ohm
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
In what order should three capacitors be connected so that the energy stored in them at the same potential is maximum?
In the circuit as shown in the figure the effective capacitance between A and B is
|
(a) 3 μF |
(b) 2 μF |
(c) 4 μF |
(d) 8 μF |
In good conductors of electricity, the type of bonding that exists is
|
(a) Ionic |
(b) Vander Waals |
(c) Covalent |
(d) Metallic |
At a certain distance from a point charge the electric field is 500 V/m and the potential is 3000 V. What is this distance
|
(a) 6 m |
(b) 12 m |
(c) 36 m |
(d) 144 m |
Two statements are given-one labelled Assertion (A) and the other labelled Reason (R). Select the correct answer to these questions from the codes (a), (b), (c) and (d) as given below. Assertion (A): Magnetic field is useful in producing parallel beam of charged particle. Reason (R): Magnetic field inhibits the motion of charged particle moving across it.
An object is placed at a distance of 20 cm from a convex lens of focal length 10 cm. The image is formed on the other side of the lens at a distance
|
(a) 20 cm |
(b) 10 cm |
(c) 40 cm |
(d) 30 cm |
On heating a liquid, the refractive index generally
|
(a) Decreases |
|
(b) Increases or decreases depending on the rate of heating |
|
(c) Does not change |
|
(d) Increases |
As per Bohr model, the minimum energy (in eV) required to remove an electron from the ground state of doubly ionized Li atom (Z = 3) is
|
(a) 1.51 |
(b) 13.6 |
(c) 40.8 |
(d) 122.4 |
The slits in a Young's double slit experiment have equal width and the source is placed symmetrically with respect to the slits. The intensity at the central fringe is I0. If one of the slits is closed, the intensity at this point will be:
→-
$\text{I}_0$
-
$\frac{\text{I}_0}{4}$
-
$\frac{\text{I}_0}{2}$
-
$4\text{I}_0$
The dimensions of volume charge density is: