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Calculate the energy released per ion pair of the following reaction: Fe(g) + O(g) → FeO(g) The first and second ionization energy of Fe are 1.260 aJ and 2.592 aj, respectively, the electron affinities of O are -0.234 aJ and 1.30 aJ, the ionic radius of Fe²+ is 61 pm and the ionic radius of O2 is 1.40 x 10² pm.

Calculate the energy released per ion pair of the following reaction: Fe(g) + O(g) → FeO(g) The first and second ionization energy of Fe are 1.260 aJ and 2.592 aj, respectively, the electron affinities of O are -0.234 aJ and 1.30 aJ, the ionic radius of Fe²+ is 61 pm and the ionic radius of O2 is 1.40 x 10² pm.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Calculate the energy released per ion pair of the following reaction: Fe(g) + O(g) → FeO(g) The first and second ionization energy of Fe are 1.260 aJ and 2.592 aj, respectively, the electron affinities of O are -0.234 aJ and 1.30 aJ, the ionic radius of Fe² is 61 pm and the ionic radius of O² is 1.40 x 10² pm.
Transcribed Image Text:Calculate the energy released per ion pair of the following reaction: Fe(g) + O(g) → FeO(g) The first and second ionization energy of Fe are 1.260 aJ and 2.592 aj, respectively, the electron affinities of O are -0.234 aJ and 1.30 aJ, the ionic radius of Fe² is 61 pm and the ionic radius of O² is 1.40 x 10² pm.
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