GSU-TM-Physics I (2211)

by Taha Mzoughi

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Publisher
Georgia State University
Subjects
Physics
Licence
CC BY-NC-SA, as LibreTexts states it. Non-commercial use only.
Who can read
Tweens profiles and older, judged from its title and subjects

Contents

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  1. Front Matter
  2. Front Matter
  3. TitlePage
  4. InfoPage
  5. Table of Contents
  6. Licensing
  7. Principles of Physics I
  8. InfoPage
  9. Table of Contents
  10. Licensing
  11. About this Book
  12. Back Matter
  13. Index
  14. Glossary
  15. Detailed Licensing
  16. 1: Introduction to Physics, Measurements and Mathematics Tools
  17. 1.1: The Scientific Method and Physics
  18. 1.2: Thinking Like a Scientist
  19. 1.3: Measurements, Uncertainty and Significant Figures
  20. 1.4: Units and Standards
  21. 1.5: Unit Conversion
  22. 1.6: Dimensional Analysis
  23. 1.7: How to Solve Problems in this Course
  24. 1.8: Vectors
  25. 1.8.1: Review of Trigonometry
  26. 1.8.2: Right Angle Triangle Trigonometry
  27. 1.8.3: Scalars and Vectors
  28. 1.8.4: Coordinate Systems and Components of a Vector
  29. 1.8.5: Algebra of Vectors
  30. 1.8.6: Products of Vectors
  31. 1.9: Math Review of Other Topics
  32. 1.9.1: Geometrical Shapes
  33. 1.9.2: Triangles
  34. 1.9.3: Finding Angle Measurements
  35. 1.9.4: Parallel and Perpendicular Lines
  36. 1.9.5: The Rectangular Coordinate Systems and Graphs
  37. 1.9.6: Solving Linear Equations and Inequalities
  38. 1.9.7: Solving Quadratic Equations
  39. 1.9.8: Solving a System of Linear Equations Using The Substitution Method
  40. 1.9.9: Solving a System of Linear Equations Using the Elimination Method
  41. 1.9.10: Solving a System of Linear Equations with Cramer's Rule
  42. 1.9.11: Functions
  43. 1.9.12: Basic Functions
  44. 1.9.13: Trigonometric Functions
  45. 1.9.14: Exponential and Logarithmic Functions
  46. 1.9.15: Derivatives
  47. 1.9.16: The Derivative as a Function
  48. 1.9.17: Derivatives and the Shape of a Graph
  49. 1.9.18: Differentiation Rules
  50. 1.9.19: Applications- Rates of Change, Linear Approximation, Calculating Uncertainty, Maxima and Minima, Optimization
  51. 1.9.20: Anti derivatives and integrals
  52. 1.9.21: Integrals
  53. 1.9.22: Anti-derivatives
  54. 1.9.23: Physical Applications of Integration
  55. 1.9.24: Calculating Centers of Mass and Moments of Inertia
  56. 1.9.25: Table of Integrals
  57. 1.9.26: Further Vector Topics
  58. 1.9.27: Math-vector basics and diffrential equations
  59. 2: Kinematics Quantities
  60. 2.1: Position, Displacement and Distance
  61. 2.2: Velocity
  62. 2.3: Acceleration
  63. 2.4: Graphical Analysis of Motion
  64. 2.5: Examples of Motion with Constant Acceleration
  65. 2.6: Free Fall
  66. 2.7: More about Motion in Multiple Dimensions
  67. 2.E: Practice
  68. 1.E: Practice
  69. 3: Relative and Rotational Motion
  70. 3.1: Circular Motion
  71. 3.2: Rotational Variables
  72. 3.3: Rotation with Constant Angular Acceleration
  73. 3.4: Relating Angular and Translational Quantities
  74. 3.5: Examples of Rotational and 2-Dimensional Motion
  75. 3.6: Relative Motion
  76. 3.E: Practice
  77. 4: Forces
  78. 4.1: Forces
  79. 4.2: Common Forces - The Gravitational Force
  80. 4.3: Common Forces - Normal (or Perpendicular) Force
  81. 4.4: Common Forces - Friction
  82. 4.5: Common Forces- Drag Force
  83. 4.6: Common Forces - Tension
  84. 4.7: Common Forces - Stress, Strain and the Spring Force
  85. 4.8: Common Forces - The Coulomb Force
  86. 4.9: Common Forces - Magnetic Force
  87. 4.10: Other Forces- Buoancy, Surface Tension and Capillary Action
  88. 4.11: Forces on Rotating Bodies
  89. 4.12: The Four Fundamental Basic Forces in Nature
  90. 4.E: Practice
  91. 5: Newton's Laws of Motion
  92. 5.1: Newton's First Law
  93. 5.2: Newton's Second Law
  94. 5.3: Newton’s Third Law
  95. 5.4: Drawing Free-Body Diagrams
  96. 5.5: Sample problems and solutions
  97. 5.6: Drag Force and Terminal Speed
  98. 5.7: Motion in a Curved Path
  99. 5.8: Linear motion
  100. 5.9: Revisiting Non-inertial frames of reference and inertial forces
  101. 5.10: Problems and Solutions
  102. 6: Mass, and Inertia
  103. 6.1: Inertia
  104. 6.2: Mass, Weight and Gravitation Near a Planet's Surface
  105. 6.3: Internal and External Forces
  106. 6.4: Center of Mass
  107. 6.5: Center of Mass of Continuous Objects
  108. 6.6: Moment of Inertia/Rotational Inertia
  109. 6.7: Calculating Moments of Inertia
  110. 6.8: Calculating the Moment of Inertia For Compound Objects
  111. 6.9: Practice
  112. 7: Newton's Laws for Rotation and Static Equilibrium
  113. 7.1: Newton’s Second Law for Rotation
  114. 7.2: Statics
  115. 7.3: Examples of Static Equilibrium
  116. 7.4: Fixed-Axis Rotation Summary
  117. 7.E: Applications of Newton's Laws (Exercises)
  118. 7.E: Fixed-Axis Rotation Introduction (Exercises)
  119. 7.E: Static Equilibrium and Elasticity (Exercises)
  120. 8: Work, Power, and Energy
  121. 8.1: Work
  122. 8.2: Kinetic Energy
  123. 8.3: Rotational Kinetic Energy
  124. 8.4: Rolling motion
  125. 8.5: Work-Energy Theorem
  126. 8.6: Power
  127. 8.7: Rotational and Translational Relationships
  128. 8.8: Potential Energy of a System
  129. 8.9: Conservative and Non-Conservative Forces
  130. 8.10: Potential Energy Diagrams and Stability
  131. 8.11: Gravitational Potential Energy and Total Energy
  132. 8.12: Conservation of Energy
  133. 8.13: Sources of Energy
  134. 8.14: Work and Power for Rotational Motion
  135. 8.15: Rotational Kinetic Energy - Work and Energy
  136. 8.16: Rolling Motion
  137. 8.E: Practice
  138. 9: Momentum
  139. 9.1: Linear Momentum
  140. 9.2: Impulse and Collisions
  141. 9.3: Conservation of Linear Momentum
  142. 9.4: Types of Collisions
  143. 9.5: Collisions in Multiple Dimensions
  144. 9.6: Rocket Propulsion
  145. 9.7: Introduction
  146. 9.8: Rolling Motion
  147. 9.9: Angular Momentum
  148. 9.10: Conservation of Angular Momentum
  149. 9.11: Precession of a Gyroscope
  150. 9.12: The Cross Product and Rotational Quantities
  151. 9.13: Fixed-Axis Rotation Summary
  152. 9.E: Practice
  153. 1.E: Practice
  154. 10: Oscillations
  155. 10.1: Simple Harmonic Motion
  156. 10.2: Energy in Simple Harmonic Motion
  157. 10.3: Pendulums
  158. 10.4: Damped Oscillations
  159. 10.5: Forced Oscillations
  160. 10.E: Practice
  161. 11: Waves
  162. 11.1: Traveling Waves
  163. 11.2: Mathematics of Waves
  164. 11.3: Wave Speed on a Stretched String
  165. 11.4: Energy and Power of a Wave
  166. 11.5: Sound Waves
  167. 11.6: Speed of Sound
  168. 11.7: Interference of Waves
  169. 11.8: Standing Waves and Resonance
  170. 11.9: Normal Modes of a Standing Sound Wave
  171. 11.10: Sources of Musical Sound
  172. 11.11: Beats
  173. 11.12: The Doppler Effect
  174. 11.13: Shock Waves
  175. 11.14: The Human Ear
  176. 11.E: Practice
  177. 11.E: Waves (Exercises)
  178. 1.E: Sound (Exercises)
  179. 1.E: Waves (Exercises)
  180. 11.S: Waves (Summary)
  181. 12: Temperature and Heat
  182. 12.1: Temperature and Thermal Equilibrium
  183. 12.2: Thermometers and Temperature Scales
  184. 12.3: Thermal Expansion
  185. 12.4: Pressure, Temperature, and RMS Speed
  186. 12.5: Heat Capacity and Equipartition of Energy
  187. 12.6: Distribution of Molecular Speeds
  188. 12.7: Heat Transfer, Specific Heat, and Calorimetry
  189. 12.8: Phase Changes
  190. 12.9: Mechanisms of Heat Transfer
  191. 12.10: Work, Heat, and Internal Energy
  192. 12.11: Thermodynamic Systems
  193. 12.12: First Law of Thermodynamics
  194. 12.13: Thermodynamic Processes
  195. 12.14: Heat Capacities of an Ideal Gas
  196. 12.15: Adiabatic Processes for an Ideal Gas
  197. 12.E: Temperature and Heat (Exercises)
  198. 12.E: The First Law of Thermodynamics (Exercise)
  199. 12.E: The Kinetic Theory of Gases Introduction (Exercises)
  200. 13: Resources, Tools and Additional Information
  201. 13.1: Example Simulation- Inclined Plane
  202. 13.2: Some Equations and Constants
  203. 13.3: Index
  204. 13.4: Glossary
  205. 13.5: Detailed Licensing
  206. 13.6: Index
  207. 13.7: Glossary
  208. 13.8: Detailed Licensing