Authors: Jonathan Orsay
ISBN-13: 9781893858459, ISBN-10: 1893858456
Format: Paperback
Publisher: Osote Pub
Date Published: March 2007
Edition: (Non-applicable)
Most MCAT prep books do little more than list and explain terms and equations selected from science textbooks that you probably already own. Memorizing the entire content of such books is unlikely to significantly improve your MCAT score because the MCAT emphasizes the understanding of concepts over the memorization of terms and equations. This book goes beyond a typical textbook in its explanation of the basic science. Drawing from his extensive MCAT experience, Jonathan Orsay offers insight into the concepts behind those terms and equations. This book will teach you how to think MCAT. Flip through the pages of this book and the books of our competitors. In their books you'll find many equations and definitions of terms. Their recipe for a prep book appears to us as: "take one textbook and just add water". In our book, you will find only the equations you'll need for the MCAT supported by copious explanation and revealing insights. You will learn things about basic science that you never knew. If you're looking for a science textbook, then we suggest you buy a real science textbook. But if you're looking for a book to improve your MCAT score, then this is the book for you. Compare our exams to the real MCAT. You'll find that our exams use the same font and font size as the real MCAT. New passages begin at the top of a column just like the real MCAT. Passages and question stems are the correct length. Diagrams and tables are in MCAT form. Now make the same comparison with the exams of our competitors. If it doesn't look like a real MCAT, it's probably not like a real MCAT.
Lecture 1 | Translational Motion | 1 |
1-1 | Solving a Physics Problem | 1 |
1-2 | Vectors and Scalars | 2 |
1-3 | Adding and Subtracting Vectors | 2 |
1-4 | Multiplying Vectors | 2 |
1-5 | Component Vectors | 3 |
1-6 | Distance-Displacement, Speed-Velocity, Acceleration | 4 |
1-7 | Uniformly Accelerated Motion and Linear Motion | 7 |
1-8 | Graphs of Linear Motion | 7 |
1-9 | Projectile Motion | 13 |
1-10 | Air Resistance | 14 |
1-11 | Equation Summary | 15 |
Lecture 2 | Force | 17 |
2-1 | Mass and Weight | 17 |
2-2 | Center of Mass | 18 |
2-3 | The Nature of Force | 18 |
2-4 | Newton's Laws | 20 |
2-5 | The Law of Universal Gravitation | 23 |
2-6 | Inclined Planes | 25 |
2-7 | Circular Motion and Centripetal Force | 27 |
2-8 | Friction | 31 |
2-9 | Tension | 32 |
2-10 | Hooke's Law | 32 |
2-11 | Equation Summary | 34 |
Lecture 3 | Equilibrium, Torque, and Energy | 37 |
3-1 | Equilibrium | 37 |
3-2 | Systems Not in Equilibrium | 38 |
3-3 | Torque | 40 |
3-4 | Energy | 44 |
3-5 | Systems | 45 |
3-6 | Work | 45 |
3-7 | Conservative and Nonconservative Forces | 46 |
3-8 | Work and Friction | 47 |
3-9 | Examples of Work | 49 |
3-10 | Summary of Work | 50 |
3-11 | Power | 50 |
3-12 | Equation Summary | 51 |
Lecture 4 | Momentum, Machines, and Radioactive Decay | 53 |
4-1 | Momentum | 53 |
4-2 | Collisions | 53 |
4-3 | Reverse Collisions | 55 |
4-4 | Intuition about Collisions | 56 |
4-5 | Impulse | 57 |
4-6 | Machines | 60 |
4-7 | The Ramp | 60 |
4-8 | The Lever | 61 |
4-9 | The Pulley | 62 |
4-10 | Radioactive Decay | 65 |
4-11 | Half-Life | 65 |
4-12 | Types of Radioactive Decay | 66 |
4-13 | Mass Defect | 67 |
4-14 | Fission and Fusion | 68 |
4-15 | Equation Summary | 69 |
Lecture 5 | Fluids and Solids | 73 |
5-1 | Fluids | 73 |
5-2 | Density | 74 |
5-3 | Pressure | 75 |
5-4 | Fluids at Rest | 76 |
5-5 | Hydraulic Lift | 78 |
5-6 | Archimedes' Principle | 78 |
5-7 | Fluids in Motion | 83 |
5-8 | Ideal Fluid | 83 |
5-9 | Non-ideal Fluids (Real Fluids) | 86 |
5-10 | A Method for Greater Understanding of Fluid Flow | 87 |
5-11 | Surface Tension | 88 |
5-12 | Solids | 91 |
5-13 | Thermal Expansion | 93 |
5-14 | Equation Summary | 94 |
Lecture 6 | Waves | 97 |
6-1 | Wave Characteristics | 97 |
6-2 | Superposition, Phase, and Interference | 103 |
6-3 | Simple Harmonic Motion | 108 |
6-4 | The Doppler Effect | 110 |
6-5 | Equation Summary | 112 |
Lecture 7 | Electricity and Magnetism | 115 |
7-1 | Electric Charge | 115 |
7-2 | Movement of Charge | 123 |
7-3 | Circuits | 123 |
7-4 | Power | 129 |
7-5 | AC Current | 132 |
7-6 | Magnetism | 132 |
7-7 | Equation Summary | 136 |
Lecture 8 | Light and Optics | 139 |
8-1 | Light | 139 |
8-2 | Images | 145 |
8-3 | Mirrors and Lenses | 146 |
8-4 | A System for Mirrors and Lenses | 152 |
8-5 | Two-lens Systems | 155 |
8-6 | Using the Diagrams on the Facing Page | 155 |
8-7 | Equation Summary | 156 |
30-Minute In-Class Exams | 159 | |
In-Class Exam for Lecture 1 | 159 | |
In-Class Exam for Lecture 2 | 165 | |
In-Class Exam for Lecture 3 | 171 | |
In-Class Exam for Lecture 4 | 177 | |
In-Class Exam for Lecture 5 | 185 | |
In-Class Exam for Lecture 6 | 191 | |
In-Class Exam for Lecture 7 | 197 | |
In-Class Exam for Lecture 8 | 205 | |
Answers & Explanations to In-Class Exams | 213 | |
Answers and Scaled Score Conversion for In-Class Exams | 214 | |
Explanations to In-Class Exam for Lecture 1 | 215 | |
Explanations to In-Class Exam for Lecture 2 | 216 | |
Explanations to In-Class Exam for Lecture 3 | 218 | |
Explanations to In-Class Exam for Lecture 4 | 220 | |
Explanations to In-Class Exam for Lecture 5 | 222 | |
Explanations to In-Class Exam for Lecture 6 | 224 | |
Explanations to In-Class Exam for Lecture 7 | 226 | |
Explanations to In-Class Exam for Lecture 8 | 228 | |
Answers & Explanations to Questions in the Lectures | 231 | |
Answers to Questions in the Lectures | 232 | |
Explanations to Questions in Lecture 1 | 233 | |
Explanations to Questions in Lecture 2 | 235 | |
Explanations to Questions in Lecture 3 | 237 | |
Explanations to Questions in Lecture 4 | 239 | |
Explanations to Questions in Lecture 5 | 240 | |
Explanations to Questions in Lecture 6 | 242 | |
Explanations to Questions in Lecture 7 | 243 | |
Explanations to Questions in Lecture 8 | 245 | |
Index | 249 |