Match List \(I\) (Wavelength range of electromagnetic spectrum) with List \(II\) (Method of production of these waves) and select the correct option from the options given below the lists

List \(I\) List \(II\)

\((1)\) \(700\, nm\) to \(1\,mm\) \((i)\) Vibration of atoms and molecules

\((2)\) \(1\,nm\) to \(400\, nm\) \((ii)\) Inner shell electrons in atoms moving from one energy level to a lower level

\((3)\) \( < 10^{-3}\,nm\) \((iii)\) Radioactive decay of the nucleus

\((4)\) \(1\,mm\) to \(0.1\,m\) \((iv)\) Magnetron valve

Pick an option to check your answer.

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Answer & Solution

Correct Answer

(D) \((1)-(i), (2)-(ii), (3)-(iii), (4)-(iv)\)

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Detailed explanation

Vibration of atoms and molecules \(700\, nm\) to \(1\,nm\) Radioactive decay of the nucleus \( < 10^{-3}\, nm\) Magnetron valve \(1\, nm\) to \(0.1\, m\)

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List \(I\)	List \(II\)
\((1)\) \(700\, nm\) to \(1\,mm\)	\((i)\) Vibration of atoms and molecules
\((2)\) \(1\,nm\) to \(400\, nm\)	\((ii)\) Inner shell electrons in atoms moving from one energy level to a lower level
\((3)\) \( < 10^{-3}\,nm\)	\((iii)\) Radioactive decay of the nucleus
\((4)\) \(1\,mm\) to \(0.1\,m\)	\((iv)\) Magnetron valve