Light of wavelengths shorter than 275 nm can be used to photodissociate the hydrogen molecule into hydrogen atoms in the gas phase. A 55.0 mL glass cylinder contains H₂(g) at 65.0 mtorr and 25 °C. What minimum amount of light energy must be absorbed by the hydrogen in the tube to dissociate 20.0% of the molecules? energy absorbed: J

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Chapter7: Quantum Theory Of The Atom
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Problem 7.100QP: Ozone in the stratosphere absorbs ultraviolet light of wavelengths shorter than 320 nm, thus...
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Light of wavelengths shorter than 275 nm can be used to photodissociate the hydrogen molecule into hydrogen atoms in the gas
phase. A 55.0 mL glass cylinder contains H, (g) at 65.0 mtorr and 25 °C. What minimum amount of light energy must be
absorbed by the hydrogen in the tube to dissociate 20.0% of the molecules?
energy absorbed:
Transcribed Image Text:Light of wavelengths shorter than 275 nm can be used to photodissociate the hydrogen molecule into hydrogen atoms in the gas phase. A 55.0 mL glass cylinder contains H, (g) at 65.0 mtorr and 25 °C. What minimum amount of light energy must be absorbed by the hydrogen in the tube to dissociate 20.0% of the molecules? energy absorbed:
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