Hydrogen burns in an atmosphere of bromine gas to give hydrogen bromide gas. (a) What is the standard Gibbs free energy of the reaction H2(g) 1 Br2(g) S 2 HBr(g) at 298 K? (b) If 120. mL of H2 gas at SATP combines with a stoichiometric amount of bro- mine and the resulting hydrogen bromide dissolves to form 150. mL of an aqueous solution, what is the molar concentration of the resulting hydrobromic acid?
I understand the process in solving for this, but the solution manual for part B uses STP instead of SATP. Is this an error? Using SATP would change the answer, so I'm just wondering which conditions would be correct.
Textbook Problem 4.43
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Emerald Wong 1B
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Eliot Kagan 2G
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Re: Textbook Problem 4.43
Yes, it is an error. You can probably just think of it as STP so you have the same calculations as the manual.
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Gicelle Rubin 1E
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Farah Abumeri 3F
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Re: Textbook Problem 4.43
Does anyone know if we will be tested on the difference in STP and SATP for the final?
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