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Dissociating the Hydrogen Molecule The energy required to separate a hydrogen molecule into its individual atoms is 104.2 kcal per mole of H2. If the dissociation energy for a single molecule is provided by one photon, determine its frequency and wavelength.
a) f = ? (Hz)
b) lambda = ? (nm)

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Dissociating the Hydrogen Molecule The energy required to separate a hydrogen molecule into its individual atoms is 104.2 kcal per mole of H2. If the dissociation energy for a single molecule is provided by one photon, determine its frequency and wavelength. a) f = ? (Hz) b) lambda = ? (nm)

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Dissociating the Hydrogen Molecule The energy required to separate a hydrogen molecule into its individual atoms is 104.2 kcal per mole of H2. If the dissociation energy for a single molecule is provided by one photon, determine its frequency and wavelength.
a) f = ? (Hz)
b) lambda = ? (nm)