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Index
Cover
Title Page
Copyright
Contents
MCAT Physics Contents
… So Much More Online!
Chapter 1: MCAT 2015 Basics
Chapter 2: Physics Strategy for the MCAT
2.1 General Science Sections Overview
2.2 General Science Passage Types
2.3 General Science Question Types
2.4 Physics on the MCAT
2.5 Tackling a Passage
2.6 Physics Question Types
2.7 Summary of the Approach to Physics
2.8 Examples of Strategy in Use
Chapter 3: Kinematics
3.1 Units and Dimensions
3.2 Kinematics
3.3 Uniformly Accelerated Motion
3.4 Kinematics with Graphs
3.5 Free Fall
3.6 Projectile Motion
Summary of Formulas
Chapter 3 Freestanding Practice Questions
Chapter 3 Practice Passage
Chapter 4: Mechanics I
4.1 Mass, Force, and Newton’s Laws
4.2 Newton’s Law of Gravitation
4.3 Friction
4.4 Inclined Planes
4.5 Pulleys
Summary of Formulas
Chapter 4 Freestanding Practice Questions
Chapter 4 Practice Passage
Chapter 5: Mechanics II
5.1 Center of Mass
5.2 Uniform Circular Motion
5.3 Torque
5.4 Equilibrium
5.5 Rotational Inertia
Summary of Formulas
Chapter 5 Freestanding Practice Questions
Chapter 5 Practice Passage
Chapter 6: Mechanics III
6.1 Work
6.2 Power
6.3 Kinetic Energy
6.4 Potential Energy
6.5 Total Mechanical Energy
6.6 Simple Machines and Mechanical Advantage
6.7 Momentum
6.8 A Note on Angular Momentum
Summary of Formulas
Chapter 6 Freestanding Practice Questions
Chapter 6 Practice Passage
Chapter 7: Thermodynamics
7.1 Systems, Thermal Physics, and Thermodynamics
7.2 The Zeroth Law of Thermodynamics
7.3 The First Law of Thermodynamics
7.4 The Second Law of Thermodynamics
Summary of Formulas
Chapter 7 Freestanding Practice Questions
Chapter 7 Practice Passage
Chapter 8: Fluids and Elasticity of Solids
8.1 Hydrostatics: Fluids at Rest
8.2 Hydrodynamics: Fluids In Motion
8.3 The Elasticity of Solids
Summary of Formulas
Chapter 8 Freestanding Practice Questions
Chapter 8 Practice Passage
Chapter 9: Electrostatics
9.1 Electric Charge
9.2 Electric Force and Coulomb’s Law
9.3 Electric Fields
9.4 Electric Potential and Potential Energy
Summary of Formulas
Chapter 9 Freestanding Practice Questions
Chapter 9 Practice Passage
Chapter 10: Electricity and Magnetism
10.1 Electric Circuits
10.2 Capacitors
10.3 Alternating Current
10.4 Magnetic Fields and Forces
Summary of Formulas
Chapter 10 Freestanding Practice Questions
Chapter 10 Practice Passage
Chapter 11: Oscillations and Waves
11.1 Oscillations
11.2 Waves
11.3 Interference of Waves
11.4 Standing Waves
Summary of Formulas
Chapter 11 Freestanding Practice Questions
Chapter 11 Practice Passage
Chapter 12: Sound
12.1 Sound Waves
12.2 Standing Sound Waves in Tubes
12.3 Beats
12.4 Intensity and Intensity Level
12.5 The Doppler Effect
Summary of Formulas
Chapter 12 Freestanding Practice Questions
Chapter 12 Practice Passage
Chapter 13: Light and Geometrical Optics
13.1 Electromagnetic Waves
13.2 Reflection and Refraction
13.3 Wave Effects
13.4 Mirrors
13.5 Lenses
13.6 Summary of Formulas
Chapter 13 Freestanding Practice Questions
Chapter 13 Practice Passage
Chapter 14: Quantum Physics
14.1 Quantization
14.2 The Bohr Model of the Atom
14.3 The Pauli Exclusion Principle
14.4 The Photoelectric Effect
14.5 The Heisenberg Uncertainty Principle
14.6 Summary of Formulas
Chapter 14 Freestanding Practice Questions
Chapter 14 Practice Passage
Glossary
MCAT Physics Formula Sheet
MCAT Math Contents
MCAT Math for Physics
Chapter 15: Arithmetic, Algebra, and Graphs
15.1 The Importance of Approximation
15.2 Scientific Notation, Exponents, and Radicals
15.3 Fractions, Ratios, and Percents
15.4 Equations and Inequalities
15.5 The x-y Plane, Lines, and Other Graphs
Chapter 16: Trigonometry
16.1 Introduction
16.2 Extending the Definitions
16.3 Inverse Trigonometry Functions
16.4 Radian Measure
Chapter 17: Vectors
17.1 Scalars and Vectors
17.2 Operations with Vectors
17.3 Vector Projections and Components
Chapter 18: Proportions
18.1 Direct Proportions
18.2 Inverse Proportions
Chapter 19: Logarithms
19.1 The Definition of a Logarithm
19.2 Laws of Logarithms
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