Match $List I$ with $List II .$

$List I$ $List II$

$a .$ Source of microwave frequency

$b .$ Source of infrared frequency

$c .$ Source of Gamma Rays

$d .$ Source of X-rays $i .$ Radioactive decay of nucleus

$i i .$ Magnetron

$i i i .$ Inner shell electrons

$i v .$ Vibration of atoms and molecules

$v .$ LASER

$v i .$ RC circuit

Choose the correct answer from the option given below:

(a)-(ii), (b)-(iv), (c)-(i), (d)-(iii)

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(a)-(vi), (b)-(iv), (c)-(i), (d)-(v)

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(a)-(ii), (b)-(iv), (c)-(vi), (d)-(iii)

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(a)-(vi), (b)-(v), (c)-(i), (d)-(iv)

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Solution

The correct option is A $(a)-(ii), (b)-(iv), (c)-(i), (d)-(iii)$
$(a)$ Source of microwave frequency- $(i i)$ Magnetron

$(b)$ Source of infrared frequency- $(i v)$ Vibrations of atoms and molecules

$(c)$ Source of Gamma Ray- $(i)$ Radioactive decay of nucleus

$(d)$ Source of X-ray- $(i i i)$ Inner shell electron

Suggest Corrections

Similar questions

	List I		List II
(a)	700 nm to 1 mm	(i)	Vibration of atoms and molecules.
(b)	1 nm to 400 nm	(ii)	In atoms moving from one energy level to a lower level.
(c)	$< 10^{- 3} n m$	(iii)	Radioactive decay of the nucleus.
(d)	1 mm to 0.1 m	(iv)	Magnetron valve.

V_{R} & V_{C}

f_{a}

f_{r}

\frac{f_{r} + f_{a}}{x}

x

X

8

270 H z

X

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$List I$	$List II$
$a .$ Source of microwave frequency $b .$ Source of infrared frequency $c .$ Source of Gamma Rays $d .$ Source of X-rays	$i .$ Radioactive decay of nucleus $i i .$ Magnetron $i i i .$ Inner shell electrons $i v .$ Vibration of atoms and molecules $v .$ LASER $v i .$ RC circuit