6) NH¼NO3 decomposes according to the following reaction : NH4NO3(s) → N2O(g) + 2H2O(g) It is a first order reaction. The reaction is kinetically followed by analyzing the gas evolved (N20(g)) at 65 °C. An initial amount of ammonium nitrate, 100 mg, was placed in a reaction flask and decomposition reaction was carried out for 85 min. At the end of the reaction the gas evolved was measured as 4.5 cm³ under 1 bar total pressure. Calculate the rate constant and half life for the reaction. Assume that the gases behave ideally. Vapor pressure of water at 65°C = 187.5 mm Hg
6) NH¼NO3 decomposes according to the following reaction : NH4NO3(s) → N2O(g) + 2H2O(g) It is a first order reaction. The reaction is kinetically followed by analyzing the gas evolved (N20(g)) at 65 °C. An initial amount of ammonium nitrate, 100 mg, was placed in a reaction flask and decomposition reaction was carried out for 85 min. At the end of the reaction the gas evolved was measured as 4.5 cm³ under 1 bar total pressure. Calculate the rate constant and half life for the reaction. Assume that the gases behave ideally. Vapor pressure of water at 65°C = 187.5 mm Hg
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![6) NHẠNO3 decomposes according to the following reaction :
NH,NO;(s) → N20(g) + 2H,O(g)
It is a first order reaction. The reaction is kinetically followed by analyzing the gas evolved
(N20(g)) at 65 °C. An initial amount of ammonium nitrate, 100 mg, was placed in a reaction
flask and decomposition reaction was carried out for 85 min. At the end of the reaction the
gas evolved was measured as 4.5 cm' under 1 bar total pressure. Calculate the rate constant
and half life for the reaction. Assume that the gases behave ideally.
Vapor pressure of water at 65°C = 187.5 mm Hg](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff68d8075-9ab1-4d07-bcfc-4b31dd78c8bd%2Fc379915b-f0aa-4cd1-8121-06e7ba2e2433%2Fj6cgc8b_processed.png&w=3840&q=75)
Transcribed Image Text:6) NHẠNO3 decomposes according to the following reaction :
NH,NO;(s) → N20(g) + 2H,O(g)
It is a first order reaction. The reaction is kinetically followed by analyzing the gas evolved
(N20(g)) at 65 °C. An initial amount of ammonium nitrate, 100 mg, was placed in a reaction
flask and decomposition reaction was carried out for 85 min. At the end of the reaction the
gas evolved was measured as 4.5 cm' under 1 bar total pressure. Calculate the rate constant
and half life for the reaction. Assume that the gases behave ideally.
Vapor pressure of water at 65°C = 187.5 mm Hg
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