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(9) One of the most important mechanisms in Jupiter's atmosphere begins with the photochemical ionization of Hze) induced by sęlar radiation with wavelength 2 = c/v = 80.4 nm: • H2 + hv → H2* +e, H2+H2 H3 +H, k2- • H3* +e → H2 +H, k3. Find the rate equation for the disappearance of H2, considering that H2", H3", and e are at their stationary states. Verify that the mechanism is consistent with the global stoichiometry H2 → 2H. [Note that H-atom is a product, and not in steady state.]

(9) One of the most important mechanisms in Jupiter's atmosphere begins with the photochemical ionization of Hze) induced by sęlar radiation with wavelength 2 = c/v = 80.4 nm: • H2 + hv → H2* +e, H2+H2 H3 +H, k2- • H3* +e → H2 +H, k3. Find the rate equation for the disappearance of H2, considering that H2", H3", and e are at their stationary states. Verify that the mechanism is consistent with the global stoichiometry H2 → 2H. [Note that H-atom is a product, and not in steady state.]

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter14: Chemical Kinetics: The Rates Of Chemical Reactions
Section14.1: Rates Of Chemical Reactions
Problem 2RC: 2. Use the graph provided in Example 14.1 to estimate the average rate of disappearance of dye for...
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One of the most important mechanisms in Jupiter's atmosphere begins with the photochemical ionization of H2e) induced by sąlar radiation with wavelength 2= c/v 80.4 nm: (9) • H2 + hv → H2* +e, H2+H2 H3 +H, H3 +e H2 +H, Ia. k2. k3. Find the rate equation for the disappearance of H2, considering that H2", H3", and e are at their stationary states. Verify that the mechanism is consistent with the global stoichiometry H2 → 2H. [Note that H-atom is a product, and not in steady state.]
Transcribed Image Text:One of the most important mechanisms in Jupiter's atmosphere begins with the photochemical ionization of H2e) induced by sąlar radiation with wavelength 2= c/v 80.4 nm: (9) • H2 + hv → H2* +e, H2+H2 H3 +H, H3 +e H2 +H, Ia. k2. k3. Find the rate equation for the disappearance of H2, considering that H2", H3", and e are at their stationary states. Verify that the mechanism is consistent with the global stoichiometry H2 → 2H. [Note that H-atom is a product, and not in steady state.]
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