The greater the energy of photon the

longer the wavelength and higher the frequency

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longer the wavelength and lower the frequency

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shorter the wavelength and higher the frequency

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shorter the wavelength and lower the frequency

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Solution

The correct option is D shorter the wavelength and higher the frequency
As, energy pf photon,
$E = h ν$
so, as energy increase frequency increases.
$E = \frac{h c}{ν}$
As, energy increase wavelength decreases.

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The greater the energy of photon the

The correct option is D shorter the wavelength and higher the frequencyAs, energy pf photon,E=hν so, as energy increase frequency increases.E=hcνAs, energy increase wavelength decreases.

The correct option is D shorter the wavelength and higher the frequency
As, energy pf photon,
$E = h ν$
so, as energy increase frequency increases.
$E = \frac{h c}{ν}$
As, energy increase wavelength decreases.