367670 Assertion :
To observe diffraction of light the size of obstacle/ apertures should be of the order of \({10^{ - 7}}\;m\)
Reason :
\({10^{ - 7}}\;m\) is the order of wavelength of visible light.

367671 Phenomenon of diffraction occurs:

367672 Light waves travel not strictly in straight line, can be best explained by:

367673 Which of the given statements is/are correct for phenomenon of diffraction?
I.
For diffraction through a single-slit, the wavelength of wave must be comparable to the size of slit.
II.
The diffraction is possible in sound waves .
III.
Diffraction is only observed in electromagnetic waves.

367670 Assertion :
To observe diffraction of light the size of obstacle/ apertures should be of the order of \({10^{ - 7}}\;m\)
Reason :
\({10^{ - 7}}\;m\) is the order of wavelength of visible light.

367671 Phenomenon of diffraction occurs:

367672 Light waves travel not strictly in straight line, can be best explained by:

367673 Which of the given statements is/are correct for phenomenon of diffraction?
I.
For diffraction through a single-slit, the wavelength of wave must be comparable to the size of slit.
II.
The diffraction is possible in sound waves .
III.
Diffraction is only observed in electromagnetic waves.

367670 Assertion :
To observe diffraction of light the size of obstacle/ apertures should be of the order of \({10^{ - 7}}\;m\)
Reason :
\({10^{ - 7}}\;m\) is the order of wavelength of visible light.

367671 Phenomenon of diffraction occurs:

367672 Light waves travel not strictly in straight line, can be best explained by:

367673 Which of the given statements is/are correct for phenomenon of diffraction?
I.
For diffraction through a single-slit, the wavelength of wave must be comparable to the size of slit.
II.
The diffraction is possible in sound waves .
III.
Diffraction is only observed in electromagnetic waves.

367670 Assertion :
To observe diffraction of light the size of obstacle/ apertures should be of the order of \({10^{ - 7}}\;m\)
Reason :
\({10^{ - 7}}\;m\) is the order of wavelength of visible light.

367671 Phenomenon of diffraction occurs:

367672 Light waves travel not strictly in straight line, can be best explained by:

367673 Which of the given statements is/are correct for phenomenon of diffraction?
I.
For diffraction through a single-slit, the wavelength of wave must be comparable to the size of slit.
II.
The diffraction is possible in sound waves .
III.
Diffraction is only observed in electromagnetic waves.