Explanation Given: Ozone is depleted in the stratosphere by chlorine from CF 3 Cl according to this set of equations: CF 3 Cl+UV light → CF 3 +Cl Cl+O 3 → ClO+O 2 O 3 +UV light → O 2 +O ClO+O → Cl+O 2 Calculation: Pressure (P)=25mmHg= 25 760 =0.033atm Temperature (T)=225K Mass of CF 3 Cl = 15 g Molecular mass of CF 3 Cl = 104.46 g/mol Thus, from the reaction, Number of moles of Cl = number of moles of CF 3 Cl = mass of CF 3 Cl molar mass of CF 3 Cl n Cl = 15 . 0 g 104 . 46 g / mol =0.1437 moles Now, from the above set of reactions, in one cycle, 1 mole of destroys 2 moles of O 3 ...

Chemistry: Structure and Properties (2nd Edition)

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ISBN: 9780134293936

Author: Nivaldo J. Tro

Publisher: PEARSON

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Chapter 10, Problem 88E

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To determine: The volume of ozone destroyed if given amount of CH₃Cl goes through 10 cycles of the given set of reactions.

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Chapter 10, Problem 87E

Chapter 10, Problem 89E

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Chemistry: Structure and Properties (2nd Edition)

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The volume of ozone destroyed if given amount of CH 3 Cl goes through 10 cycles of the given set of reactions.

Solution Summary: The author calculates that 1608 L of ozone would be destroyed if CF 3 Cl goes through 10 cycles of the given set of reactions.

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To determine: The volume of ozone destroyed if given amount of CH₃Cl goes through 10 cycles of the given set of reactions.

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Chapter 10 Solutions

The volume of ozone destroyed if given amount of CH 3 Cl goes through 10 cycles of the given set of reactions.

Solution Summary: The author calculates that 1608 L of ozone would be destroyed if CF 3 Cl goes through 10 cycles of the given set of reactions.

Concept explainers

To determine: The volume of ozone destroyed if given amount of CH3Cl goes through 10 cycles of the given set of reactions.

Want to see the full answer?

Chapter 10 Solutions

To determine: The volume of ozone destroyed if given amount of CH₃Cl goes through 10 cycles of the given set of reactions.