Regarding matter wave, the de-Broglie equation is ___________.

p =

\frac{λ}{h}

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p = h

λ

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p =

\frac{h}{λ}

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No relation is correct

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Solution

The correct option is B p = $\frac{h}{λ}$
According to de Broglie hypothesis, wavelength associated with the matter having momentum $p$ is given by-
$p = \frac{h}{λ}$

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p = \frac{h}{λ}

Column-I	Column-II
(a) de Broglie equation	$λ = \frac{h}{p}$
(b) Lyman series	(q) $λ = \frac{h}{\sqrt{2 E m}}$
(c) Wavelength associated	(r) Transition from higher with particle of mass m shell to K-shell
(d) $66 \times 10^{- 19}$ J energy per	(s) Ultraviolet radiation photon