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Physics on your feet berkeley graduate exam questions, 2nd ed

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  • Cover

  • Physics on Your Feet: Berkeley Graduate Exam Questions

  • Copyright

  • Dedication

  • Preface to the Second Edition

  • Preface to the First Edition

    • How this book came about

    • Other books

    • How to use this book

  • Acknowledgements

  • Contents

  • 1 Mechanics, Heat, and General Physics

    • 1.1 Bouncing brick

      • Solution

    • 1.2 Slippery cone

      • Solution

    • 1.3 Roach race

      • Solution

    • 1.4 Spinning Earth

      • Solution

    • 1.5 Mechanical oscillator as a force sensor

      • Solution

    • 1.6 Hot-dog physics

      • Solution

    • 1.7 Ostrich egg

      • Solution

    • 1.8 Joker's pendulum

      • Solution

    • 1.9 Slinky magic

      • Solution

    • 1.10 Lightbulb and coal

      • Solution

    • 1.11 Comfortable walking speed

      • Solution

    • 1.12 Rotating dumbbell

      • Solution

  • 2 Fluids

    • 2.1 Bubble physics

      • Solution

    • 2.2 Bubble and pressure

      • Solution

    • 2.3 Holey bucket

      • Solution

    • 2.4 Surprises in melting and solidification

      • Solution

    • 2.5 Shallow-water and deep-water gravity waves

      • Solution

    • 2.6 Tides

      • Solution

    • 2.7 Boat speed limit (hull speed)

      • Solution

    • 2.8 Floating in circles

      • Solution

    • 2.9 Boat displacement

      • Solution

    • 2.10 Temperature lapse in the atmosphere

      • Solution

    • 2.11 Angler's dilemma

      • Solution

  • 3 Gravitation, Astrophysics, and Cosmology

    • 3.1 Olber's paradox: why is the sky dark?

      • Solution

    • 3.2 Gravitational shift of clock rates

      • Solution

    • 3.3 Photon fallout

      • Solution

    • 3.4 Planck mass and length scale

      • Solution

    • 3.5 Rotation of stars around the center of a galaxy

      • Solution

    • 3.6 Ultralight dark matter

      • Solution

    • 3.7 Detecting gravitational waves

      • Solution

    • 3.8 Dark matter trapped in the Earth

      • Solution

  • 4 Electromagnetism

    • 4.1 Currents and magnetic fields

      • Solution

    • 4.2 Electromagnet design

      • Solution

    • 4.3 Field in a shield (with a coil)

      • Solution

    • 4.4 Multipole expansion

      • Solution

    • 4.5 Energy in a wire

      • Solution

    • 4.6 Earth's magnetic field angle

      • Solution

    • 4.7 Refrigerator-magnet science

      • Solution

    • 4.8 Spherical-cell magnetometer

      • Solution

    • 4.9 Magnetic force on a superconducting magnet

      • Solution

    • 4.10 Circuit view of atoms and space

      • Solution

    • 4.11 Magnetic monopole

      • Solution

  • 5 Optics

    • 5.1 Rotating liquid mirror

      • Solution

    • 5.2 Stacking lenses

      • Solution

    • 5.3 Nanoparticle optics

      • Solution

    • 5.4 Di raction angle

      • Solution

    • 5.5 Di raction on an edge

      • Solution

    • 5.6 Black-body radiation

      • Solution

    • 5.7 Laser vs. thermal light source

      • Solution

    • 5.8 Correlation functions for light and Bose condensates

      • Solution

    • 5.9 Pulsed laser repetition rate

      • Solution

    • 5.10 Beamsplitter

      • Solution

    • 5.11 Rotating linear polarization

      • Solution

  • 6 Quantum, Atomic, and Molecular Physics

    • 6.1 Magnetic decoupling of spins

      • Solution

    • 6.2 Level anticrossing

      • Solution

    • 6.3 Bound states in a potential well

      • Solution

    • 6.4 Hypothetical anomalous hydrogen

      • Solution

    • 6.5 Time-reversal in quantum mechanics

      • Solution

    • 6.6 Superconductivity vs. atomic diamagnetism

      • Solution

    • 6.7 Atomic desorption

      • Solution

    • 6.8 Lamb shift

      • Solution

    • 6.9 Van der Waals interaction

      • Solution

    • 6.10 Vacuum birefringence

      • Solution

    • 6.11 Nonmagnetic molecule

      • Solution

    • 6.12 Quantum mechanics of angular momentum

      • Solution

    • 6.13 Light shifts

      • Solution

    • 6.14 Optical pumping

      • Solution

  • 7 Nuclear and Elementary-Particle Physics

    • 7.1 The number of elements in the periodic table

      • Solution

    • 7.2 Neutron anatomy

      • Solution

    • 7.3 Nonexistence of the dineutron

      • Solution

    • 7.4 Deuterium fusion

      • Solution

    • 7.5 Lifetime of the ground-state para-positronium

      • Solution

    • 7.6 Schwinger fields

      • Solution

    • 7.7 Cherenkov radiation

      • Solution

    • 7.8 Neutron optics

      • Solution

  • 8 Solid-State Physics

    • 8.1 Transistors

      • Solution

    • 8.2 Magnetic domains

      • Solution

    • 8.3 Damaging diamond

      • Solution

    • 8.4 Nearest-neighbor defect in a crystal

      • Solution

    • 8.5 Fermi velocity in a metal

      • Solution

    • 8.6 Superuid transition of helium

      • Solution

    • 8.7 Frustrated spins

      • Solution

  • Appendix A Maxwell's Equations and Electromagnetic Field Boundary Conditions

  • Appendix B Symbols and Useful Constants

    • B.1 Symbols

    • B.2 Useful constants

  • References

  • Index

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