Phu Xuan University Library

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Textbooks, references and open learning resources.

Introductory Physics: Building Models to Describe Our World

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Introductory Physics: Building Models to Describe Our World

Ryan D. Martin, Emma Neary, Joshua Rinaldo, and Olivia Woodman · Queen's University

In the contents: 05: Newtons Laws · 5.01: Newtons Three Laws · 5.05: Applying Newtons Laws

CC BY-SAUniversity PhysicsPhysics 0 views
Human Biology Biol 011 Textbook

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Human Biology Biol 011 Textbook

Barry Thomson · Cañada College

In the contents: 8.02: Laws of Inheritance · 13.04: Muscle Contraction

CC BYBiology 0 views
Introductory Physics: Building Models to Describe Our World

External

Introductory Physics: Building Models to Describe Our World

Ryan D. Martin, Emma Neary, Joshua Rinaldo, and Olivia Woodman · Queen's University

In the contents: 05: Newtons Laws · 5.01: Newtons Three Laws · 5.05: Applying Newtons Laws

CC BY-SAPhysics 0 views
General Biology

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General Biology

Boundless · LibreTexts

In the contents: 6.06: Potential Kinetic Free and Activation Energy - The First Law of Thermodynamics · 6.07: Potential Kinetic Free and Activation Energy - The Second Law of Thermodynamics · 12.01: Mendels Experiments and the Laws of Probability

CC BY-SAIntroductory and General BiologyBiology 0 views
Biology of Human Concerns

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Biology of Human Concerns

Jessica B Daniels · Minnesota State Community and Technical College

In the contents: 8.04: Muscle Contraction · 12.02: Laws of Inheritance

CK-12Biology 0 views
College Physics

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College Physics

OpenStax · LibreTexts

In the contents: 04: Dynamics- Force and Newton's Laws of Motion · 4.00: Prelude to Dynamics- Newtons Laws of Motion · 4.02: Newtons First Law of Motion - Inertia

CC BYCollege PhysicsPhysics 0 views
Spacetime Physics

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Spacetime Physics

Edwin F. Taylor & John Archibald Wheeler · Massachusetts Institute of Technology

In the contents: 03: Same Laws for All · 3.05: Lorentz Contraction of Length · 3.E: Same Laws for All (Exercises)

CC BYRelativityPhysics 0 views
CHM 321: Inorganic Chemistry

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CHM 321: Inorganic Chemistry

Bryan P. Nell · Ripon College

In the contents: 4.1.01: Beer-Lambert Absorption Law · 10.1.3A: The Lanthanoid Contraction · 10.2.1C: Absorbance and the Beer-Lambert Law

CC BY-NC-SAChemistry 0 views
MC : Physics 213 - Modern Physics

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MC : Physics 213 - Modern Physics

Charles Collett · Muhlenberg College

In the contents: 1.02: Invariance of Physical Laws · 1.05: Length Contraction

Physics 0 views
Map: Raven Biology 12th Edition

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Map: Raven Biology 12th Edition

LibreTexts

In the contents: 6.02: The Laws of Thermodynamics and Free Energy · 6.2.2: The First Law of Thermodynamics · 6.2.3: The Second Law of Thermodynamics

Introductory and General BiologyBiology 0 views
POLS125 Spring 2026

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POLS125 Spring 2026

Connie Isais · Rio Hondo College

In the contents: 6.04: Chapter 65- The Law and Politics of Religious Freedom · 09: Family Law · 9.02: Marital Contracts

Social Sciences 0 views
Human Biology

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Human Biology

Gabor Gyurkovics · Community College of Vermont

In the contents: 6.04: Muscle Contraction · 16.02: Mendel's Experiments and Laws of Inheritance

CK-12Biology 0 views
Inorganic Chemistry

External

Inorganic Chemistry

LibreTexts (Textmap of Housecroft's text) · LibreTexts

In the contents: 4.7C: Absorbance and the Beer-Lambert Law · 22.3A: Effects of the Lanthanoid Contraction · 27.3A: The Lanthanoid Contraction

CC BY-NC-SAInorganic ChemistryChemistry 0 views
Biology

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Biology

CK-12 Foundation · LibreTexts

In the contents: 3.10: Mendel's Laws · 13.01: Muscle Contraction

CK-12Science and TechnologyK-12 Education 0 views