Cracking the SAT Physics Subject TestOffers tips on preparation, including advice on test-taking strategy and studying for the test, and provides two full-length sample tests with explanatory answers. |
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Contents
MATH REVIEW | 1 |
KINEMATICS | 11 |
NEWTONS LAWS | 29 |
WORK ENERGY AND POWER | 45 |
LINEAR MOMENTUM | 59 |
ROTATIONAL MOTION | 71 |
NEWTONS LAW OF GRAVITATION | 85 |
OSCILLATIONS | 95 |
DIRECT CURRENT CIRCUITS | 159 |
MAGNETIC FORCES AND FIELDS | 175 |
ELECTROMAGNETIC INDUCTION | 185 |
WAVES | 197 |
OPTICS | 217 |
MODERN PHYSICS | 241 |
SOLUTIONS TO THE CHAPTER REVIEW QUESTIONS | 261 |
THE PRINCETON REVIEW PRACTICE | 285 |
THERMAL PHYSICS | 111 |
ELECTRIC FORCES AND FIELDS | 129 |
ELECTRIC POTENTIAL AND CAPACITANCE | 143 |
ANSWERS AND EXPLANATIONS | 305 |
ANSWERS AND EXPLANATIONS | 335 |
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Common terms and phrases
acceleration amplitude angle angular answer atom average axis ball Big Five capacitor CD CD CD center of mass charge q circuit collision crate decay decreases detector diagram direction displacement distance earth electric field electric field vector electric force electrical potential energy electron emitted equal equation Example factor field lines frequency graph gravitational force heat horizontal incident increases kinetic energy length light linear momentum loop magnetic field magnetic flux magnetic force magnitude maximum mirror molecules motion moving neutrons normal force nucleus oscillations parallel particle perpendicular Physics Subject Test plane positive charge potential difference protons Q resistor radius refraction resistance resistor REVIEW QUESTIONS right-hand rule rope rotational SAT Physics Subject SAT Subject Test Second Law simple harmonic Solution sound waves source charge spring standing wave surface temperature torque total internal reflection upward velocity vertical voltage wavelength wire zero