Lithium bromide has several applications, including air-conditioning systems, organic synthesis, and early 20th century sedatives. Lithium bromide vapour dissociates according to LiBr(g) →Li(g) + ½ Br2(g). At what temperature does the partial pressure of Li reach the value of 105 atm when the gas is heated at a constant total pressure of 1 atm? The expression for Gibbs free energy is AG°(J) = 333,900-42.09T.
Lithium bromide has several applications, including air-conditioning systems, organic synthesis, and early 20th century sedatives. Lithium bromide vapour dissociates according to LiBr(g) →Li(g) + ½ Br2(g). At what temperature does the partial pressure of Li reach the value of 105 atm when the gas is heated at a constant total pressure of 1 atm? The expression for Gibbs free energy is AG°(J) = 333,900-42.09T.
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![Lithium bromide has several applications, including air-conditioning systems, organic synthesis,
and early 20th century sedatives.
Lithium bromide vapour dissociates according to LiBr(g) →Li(g) + ½ Br2(g). At what temperature
does the partial pressure of Li reach the value of 105 atm when the gas is heated at a constant
total pressure of 1 atm? The expression for Gibbs free energy is AG (J) = 333,900-42.09T.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca6b5de9-d666-4be4-bec5-372f49facd74%2F52ae0fae-0637-4933-92a4-3804ea558cc2%2F6i3ru18_processed.png&w=3840&q=75)
Transcribed Image Text:Lithium bromide has several applications, including air-conditioning systems, organic synthesis,
and early 20th century sedatives.
Lithium bromide vapour dissociates according to LiBr(g) →Li(g) + ½ Br2(g). At what temperature
does the partial pressure of Li reach the value of 105 atm when the gas is heated at a constant
total pressure of 1 atm? The expression for Gibbs free energy is AG (J) = 333,900-42.09T.
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