Rewrite the following table in such a way that column 2 and column 3 matches column 1-Column 1- nbsp-Column 2- nbsp-Column 3- nbsp-Dispersion- nbsp-Change in the direction of ray of light due to change in medium- nbsp-Blue colour of the sky- nbsp-Scattering- nbsp-Splitting of white light into component colours- nbsp-Twinkling of stars- nbsp-Refraction- nbsp-Deflection of light by small particles- nbsp-Spectrum of seven colours- nbsp-

Column 1 nbsp; Column 2 nbsp; Column 3 nbsp; Dispersion nbsp; Splitting of white light ...

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Scattering of Light

Rewrite the f...

Question

Rewrite the following table in such a way that column 2 and column 3 matches column 1.

Column 1

Column 2

Column 3

Dispersion

Change in the direction of ray of light due to change in medium.

Blue colour of the sky.

Scattering

Splitting of white light into component colours

Twinkling of stars.

Refraction

Deflection of light by small particles.

Spectrum of seven colours.

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Column 1	Column 2	Column 3
Dispersion	Change in the direction of ray of light due to change in medium.	Blue colour of the sky.
Scattering	splitting of white light into component colours	Twinkling of stars.
Refraction	Deflection of light by small particles.	Spectrum of seven colours.

Column I	Column II	Column III
(1) Dispersion	Long - Sightedness	Twinkling of Stars
(2) Refraction	Splitting of white light into component colors.	Convex lens
(3) Hypermetropia	Change in the direction of ray of light due to change in medium.	Spectrum of seven colours

LIST I	LIST II
A) Rainbow	1) Scattering of light
B) Twinkling of stars	2) Dispersion of light
C) Blue colour of sky	3) Fluctuation of the refraction index in atmosphere layers
D) Advancement of sunrise and delay of sunset	4) Refraction of light

Rewrite the following table in such a way that column 2 and column 3 will match with column 1.

No.	Column I	Column II		Column III
1.	Transverse wave	(a)	Particles oscillate parallel to direction of propagation	(i)	Wave produced in slinky.
2.	Longitudinal wave.	(b)	Particles oscillate perpendicular to direction of propagation	(ii)	Frequency less than 20 Hz.
3.	Ultrasound.	(c)	Echo formation is heard under particular conditions.	(iii)	Wave produced in string
4.	Infrasound	(d)	High frequency waves.	(iv)	Frequency between 20 Hz and 20000 Hz
5.	Audible frequency	(e)	Low frequency waves	(v)	Frequency greater than 20000 Hz.

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Column 1	Column 2	Column 3
Dispersion	Splitting of white light into component colours	Spectrum of seven colours
Scattering	Deflection of light by small particles	Blue colour of the sky
Refraction	Change in the direction of rays of light due to change in the medium.	Twinkling of stars