Question
Which of the following properties show that light is a transverse wave?
  1. Reflection.
  2. Interference.
  3. Diffraction.
  4. Polarization.

Answer

  1. Polarization.

Explanation:

Reflection, interference and diffraction are the phenomena shown by both transverse waves and longitudinal waves. Polarization is the phenomenon shown only by transverse waves.

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

Similar questions

An electric kettle has two heating coils. When one coil is used, water in the kettle boils in 5 minutes, while when second coil is used, same water boils in 10 minutes. If the two coils, connected in parallel are used simultaneously, the same water will boil in time

(a) 3 min 20 sec

(b) 5 min

(c) 7 min 30 sec

(d) 2 min 30 sec

X-rays region lies between

(a) Short radiowave and visible region

(b) Visible and ultraviolet region

(c) Gamma rays and ultraviolet region

(d) Short radiowave and long radiowave

Which one of the following electromagne wave is of minimum wavelength?

The de-Broglie wavelength  λ  associated with an electron having kinetic energy E is given by the expression

(a)  

(b)

(c) 2mhE

(d)

The difference between the mass of a nucleus and the combined mass of its nucleons is:
An amplitude modulated (AM) radio operates at 550kHz to 1650kHz. If L is fixed and C is varied for tuning then minimum and maximum value of C is.
If paramagnetic susceptibility $\chi$ of a substance is 9 then its relative permeability $\mu_r$ is :

In a plano-convex lens the radius of curvature of the convex lens is 10 cm.  If the plane side is polished, then the focal length will be (Refractive index = 1.5)

(a) 10.5 cm

(b) 10 cm

(c) 5.5 cm

(d) 5 cm

In case of the electromagnetic waves the angle between the electric and magnetic field vectors is.
Let Q and W denote the amount of heat given to an ideal gas and the work done by it in an adiabatic process.
  1. Q = 0
  2. W = 0
  3. Q = W
  4. Q ≠ W