The similarity between the sound waves and light waves is (a) Bot… - Vidyadip

Question

The similarity between the sound waves and light waves is

(a) Both are electromagnetic waves

(b) Both are longitudinal waves

(c) Both have the same speed in a medium

(d) They can produce interference

✓

Answer

(d) They can produce interference

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Explore more

More "M.C.Q [1M]" from Wave Optics→Wave Optics — all question types→Physics STD 12 Science question papers→Bihar Board STD 12 Science question papers→Bihar Board question paper generator→

Similar questions

One a.m.u is defined as mass of:

In Huygens' theory, the plane of particles vibrating in the same state is called:

A plane mirror produces an image that is:

The magnetic field at the origin due to a current element $\text{i}\text{d}\ \vec{\text{l}}$ placed at a position $\overrightarrow{\text{r}}$ is:

In an A.C. circuit the voltage is V, and current is I, then power loss will be :

A circular disc A of radius r is made from an iron plate of thickness (t) and another circular disc B of radius 4r is made from an iron plate of thickness $\frac{\text{t}}{4}.$ The relation between the moments of inertia I_A and I_B is:

I_A > I_B
I_A = I_B
I_A < I_B
Depends on the actual values of t and r.

In the arrangement shown in given Figure, there are two coils wound on a non-conducting cylindrical rod. Initially the key is not inserted. Then the key is inserted and later removed. Then,

The focal lengths of the objective and eye lens of a microscope are 4 cm and 8 cm respectively, and the distance of the object from the eye lens is 4.5 cm ., then the magnifying power will be :

The wave-like character was experimentally proved for light by:

The temperature coefficient of resistance for a wire is 0.00125/℃. At 300K its resistance is 1 ohm. The temperature at which the resistance becomes 2 ohm is

(a) 1154 K

(b) 1100 K

(c) 1400 K

(d) 1127 K