Explanation Given: Moles of H 2 (g)= 0.10 moles Temperature to which it is heated = 3000 k Volume of container = 10 L Total pressure = 3.0 atm Formula used PV = nRT Calculation The decomposition equation will be H 2 (g)→2H(g) As per stoichiometry of balanced equation, one mole of H 2 ( g ) will give two moles of H( g ). Let us assume that x moles of H 2 ( g ) {out of 0.1 moles } get decomposed. So moles of H(g) formed will be 2x. Moles of H 2 (g)left=0.1 ×x. Total moles in the mixture =Moles of H 2 (g)+Moles of H(g)0.1×x+(2x)=0.1+x From Ideal gas equation PV = nRT Where P is total pressure of gas = 3...

Chemistry: Structure And Properties, Books A La Carte Edition (2nd Edition)

2nd Edition

ISBN: 9780134528229

Author: Nivaldo J. Tro

Publisher: PEARSON

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Chapter 10, Problem 130E

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The partial pressure of H(g) formed from partial decomposition of 0.1 moleH₂(g), if total pressure is 3.0 atm. The H₂(g)was filled in a 10 L container and was heated to 3000K.

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Chapter 10, Problem 129E

Chapter 10, Problem 131E

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The partial pressure of H(g) formed from partial decomposition of 0.1 moleH 2 (g), if total pressure is 3.0 atm. The H 2 ( g )was filled in a 10 L container and was heated to 3000K.

Solution Summary: The author calculates the partial pressure of H(g) formed from partial decomposition of 0.1 moleH 2 (g), if total pressure is 3.0 atm.

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To determine:

The partial pressure of H(g) formed from partial decomposition of 0.1 moleH₂(g), if total pressure is 3.0 atm. The H₂(g)was filled in a 10 L container and was heated to 3000K.

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Chapter 10 Solutions

The partial pressure of H(g) formed from partial decomposition of 0.1 moleH 2 (g), if total pressure is 3.0 atm. The H 2 ( g )was filled in a 10 L container and was heated to 3000K.

Solution Summary: The author calculates the partial pressure of H(g) formed from partial decomposition of 0.1 moleH 2 (g), if total pressure is 3.0 atm.

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To determine: The partial pressure of H(g) formed from partial decomposition of 0.1 moleH2(g), if total pressure is 3.0 atm. The H2(g)was filled in a 10 L container and was heated to 3000K.

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Chapter 10 Solutions

To determine:

The partial pressure of H(g) formed from partial decomposition of 0.1 moleH₂(g), if total pressure is 3.0 atm. The H₂(g)was filled in a 10 L container and was heated to 3000K.