it has been found that gaseous iodine molecule dissociates into iodine atoms after absorption of light of wavelength 4995 angstrom - Chemistry - Structure of Atom

Question

it has been found that gaseous iodine molecule dissociates into
iodine atoms after absorption of light of wavelength 4995 angstrom
the energy required to dissociate 1 mole of iodine molecule is
(1) 52 2 kcal/mol (2) 93 4 kcal/mol
(3) 63 4 kcal/mol (4) 100 kcal/mol

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it has been found that gaseous iodine molecule dissociates into iodine atoms after absorption of light of wavelength 4995 angstrom. the energy required to dissociate 1 mole of iodine molecule is (1) 52.2 kcal/mol (2) 93.4 kcal/mol (3) 63.4 kcal/mol (4) 100 kcal/mol

it has been found that gaseous iodine molecule dissociates into iodine atoms after absorption of light of wavelength 4995 angstrom. the energy required to dissociate 1 mole of iodine molecule is
(1) 52.2 kcal/mol (2) 93.4 kcal/mol
(3) 63.4 kcal/mol (4) 100 kcal/mol