In trichlorofluoromethane refrigerant (CCl3F, also known as Freon-11, R-11, or CFC-11), there are 3 C-Cl bonds. When these are photochemically broken by solar radiation in the stratosphere, free Cl atoms produced can catalytically destroy ozone, O3. If the C-Cl bond energy is 331 kJ/mol, calculate the energy in J to break one C-Cl bond, the frequency of light that corresponds to this photon energy, and the wavelength in nm of this light. What do we call light in this wavelength region? (visible, UV, IR, etc)
In trichlorofluoromethane refrigerant (CCl3F, also known as Freon-11, R-11, or CFC-11), there are 3 C-Cl bonds. When these are photochemically broken by solar radiation in the stratosphere, free Cl atoms produced can catalytically destroy ozone, O3. If the C-Cl bond energy is 331 kJ/mol, calculate the energy in J to break one C-Cl bond, the frequency of light that corresponds to this photon energy, and the wavelength in nm of this light. What do we call light in this wavelength region? (visible, UV, IR, etc)
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter4: Energy And Chemical Reactions
Section: Chapter Questions
Problem 61QRT: For the reactions of molecular hydrogen with fluorine and with chlorine: (a) Calculate the enthalpy...
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In trichlorofluoromethane refrigerant (CCl3F, also known as Freon-11, R-11, or CFC-11),
there are 3 C-Cl bonds. When these are photochemically broken by solar radiation in the
stratosphere, free Cl atoms produced can catalytically destroy ozone, O3. If the C-Cl bond energy is 331 kJ/mol, calculate the energy in J to break one C-Cl bond, the
frequency of light that corresponds to this photon energy, and the wavelength in nm of this light.
What do we call light in this wavelength region? (visible, UV, IR, etc)
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