An Introduction to Thermal Physics1st EditionDaniel V. Schroeder Publisher: Addison WesleyISBN: 9780201380279
An Introduction to Thermal Physics
Solutions for An Introduction to Thermal Physics
Problem 31P:
Imagine some helium in cylinder with an initial volume of 1 liter and an initial pressure of 1 atm....Problem 33P:
An ideal gas is made to undergo the cyclic process shown in Figure 1.10 (a). For each of the steps...Problem 34P:
An ideal diatomic gas, in a cylinder with a movable piston, undergoes the rectangular cyclic process...Problem 36P:
In the course of pumping up a bicycle tire, a liter of air at atmospheric pressure is compressed...Problem 38P:
Two identical bubbles of gas form at the bottom of a lake, then rise to the surface. Because the...Browse All Chapters of This Textbook
Chapter 1.1 - Thermal EquilibriumChapter 1.2 - The Ideal GasChapter 1.3 - Equipartition Of EnergyChapter 1.4 - Heat And WorkChapter 1.5 - Compression WorkChapter 1.6 - Heat CapacitiesChapter 1.7 - Rates Of ProcessesChapter 2.1 - Two-state SystemsChapter 2.2 - The Einstein Model Of A SolidChapter 2.3 - Interacting Systems
Chapter 2.4 - Large SystemsChapter 2.5 - The Ideal GasChapter 2.6 - EntropyChapter 3.1 - TemperatureChapter 3.2 - Entropy And HeatChapter 3.3 - ParamagnetismChapter 3.4 - Mechanical Equilibrium And PressureChapter 3.5 - Diffusive Equilibrium And Chemical PotentialChapter 3.6 - Summary And A Look AheadChapter 4.1 - Heat EnginesChapter 4.2 - RefrigeratorsChapter 4.3 - Real Heat EnginesChapter 4.4 - Real RefrigeratorsChapter 5.1 - Free Energy As Available WorkChapter 5.2 - Free Energy As A Force Toward EquilibriumChapter 5.3 - Phase Transformations Of Pure SubstancesChapter 5.4 - Phase Tranformations Of MixturesChapter 5.5 - Dilute SolutionsChapter 5.6 - Chemical EquilibriumChapter 6.1 - The Boltzmann FactorChapter 6.2 - Average ValuesChapter 6.3 - The Equipartition TheoremChapter 6.4 - The Maxwell Speed DistributionChapter 6.5 - Partition Functions And Free EnergyChapter 6.6 - Partition Functions For Composite SystemsChapter 6.7 - Ideal Gas RevisitedChapter 7.1 - The Gibbs FactorChapter 7.2 - Bosons And FermionsChapter 7.3 - Degenerate Fermi GasesChapter 7.4 - Blackbody RadiationChapter 7.5 - Debye Theory Of SolidsChapter 7.6 - Bose-einstein CondensationChapter 8.1 - Weakly Interacting GasesChapter 8.2 - The Ising Model Of A FerromagnetChapter A.1 - Evidence For Wave-particle DualityChapter A.2 - WavefunctionsChapter A.3 - Definite-energy WavefunctionsChapter A.4 - Angular MomentumChapter A.6 - Quantum Field TheoryChapter B.1 - Gaussian IntegralsChapter B.2 - The Gamma FunctionChapter B.3 - Stirling's ApproximationChapter B.4 - Area Of A D-dimensional HypersphereChapter B.5 - Integrals Of Quantum Statistics
Book Details
I. FUNDAMENTALS.
1. Energy in Thermal Physics.
2. The Second Law.
3. Interactions and Implications.
II. THERMODYNAMICS.
4. Engines and Refrigerators.
5. Free Energy and Chemical Thermodynamics.
III. STATISTICAL MECHANICS.
6. Boltzmann Statistics.
7. Quantum Statistics.
8. Systems of Interacting Particles.
Appendix A. Elements of Quantum Mechanics.
Appendix B. Mathematical Results.
Reference Data.
Suggested Reading.
Sample Solutions for this Textbook
We offer sample solutions for An Introduction to Thermal Physics homework problems. See examples below:
Chapter 1.7, Problem 56PChapter 2.6, Problem 28PGiven: The entropy of an ideal gas is, S=Nk[ln(2πmAU ( Nh ) 2)+2] Calculation: To get the...Chapter 4.4, Problem 29PGiven: The chemical reactions are 2H ↔ H2 ……. (1) 2CO + O2 ↔ 2CO2 …… (2) CH4 + 2O2 ↔ 2 H2O + CO2 ……....Given: The equilibrium temperature of an ideal gas is T . Formula used: Write the expression for the...Given: The given integral is ∫0∞xex−1dx . Formula used: Write the value of standard integral....Chapter 8.2, Problem 15PFormula used: Total energy within the box can be written as: E=2∑ n x ∑ n y ∑ n z ε( n → ) =2∭ε( n →...
More Editions of This Book
Corresponding editions of this textbook are also available below:
An Introduction To Thermal Physics
1st Edition
ISBN: 9789332535077
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