Author: Daniel Kleppner & Robert Kolenkow

Edition: 2

Pages: 542

Publisher: Copyright © 2014 by Cambridge University Press.

ISBN-13: 978-0-521-19811-0

Printed in the United States by Sheridan Inc.

Amazon.com: Page

Chapter 1 | Chapter 2 |
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Problem 1 | Solution: Vector algebra 1 | Problem 1 | Solution: Time-dependent force |

Problem 2 | Solution: Vector algebra 2 | Problem 2 | Solution: Two blocks and string |

Problem 3 | Solution: Cosine and sine by vector algebra | Problem 3 | Solution: Two blocks on table |

Problem 4 | Solution: Direction cosines | Problem 4 | Solution: Circling particle and force |

Problem 5 | Solution: Perpendicular vectors | Problem 5 | Solution: Concrete mixer |

Problem 6 | Solution: Diagonals of a parallelogram | Problem 6 | Solution: Mass in cone |

Problem 7 | Solution: Law of sines | Problem 7 | Solution: Leaning pole |

Problem 8 | Solution: Vector proof of a trigonometric identity | Problem 8 | Solution: Two masses and two pulleys |

Problem 9 | Solution: Perpendicular unit vector | Problem 9 | Solution: Masses on table |

Problem 10 | Solution: Perpendicular unit vectors | Problem 10 | Solution: Three masses |

Problem 11 | Solution: Volume of a parallelepiped | Problem 11 | Solution: Mass on wedge |

Problem 12 | Solution: Constructing a vector to a point | Problem 12 | Solution: Painter on scaffold |

Problem 13 | Solution: Expressing one vector in terms of another | Problem 13 | Solution: Pedagogical machine |

Problem 14 | Solution: Two points | Problem 14 | Solution: Pedagogical machine 2 |

Problem 15 | Solution: Great circle | Problem 15 | Solution: Disk with catch |

Problem 16 | Solution: Measuring g | Problem 16 | Solution: Planck units |

Problem 17 | Solution: Rolling drum | Problem 17 | Solution: Block on accelerating wedge |

Problem 18 | Solution: Elevator and falling marble | |

Problem 19 | Solution: Relative velocity | |

Problem 20 | Solution: Sportscar | |

Problem 21 | Solution: Particle with constant radial velocity | |

Problem 22 | Solution: Jerk | |

Problem 23 | Solution: Smooth elevator ride | |

Problem 24 | Solution: Rolling tire | |

Problem 25 | Solution: Spiraling particle | |

Problem 26 | Solution: Range on a hill | |

Problem 27 | Solution: Peaked roof |

Chapter 3 | Chapter 4 |
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Problem 1 | Solution: Leaning pole with friction | Problem 1 | Solution: Center of mass of a non-uniform rod |

Problem 2 | Solution: Sliding blocks with friction | Problem 2 | Solution: Center of mass of an equilateral triangle |

Problem 3 | Solution: Stacked blocks and pulley | Problem 3 | Solution: Center of mass of a water molecule |

Problem 4 | Solution: Synchronous orbit | Problem 4 | Solution: Failed rocket |

Problem 5 | Solution: Mass and axle | Problem 5 | Solution: Acrobat and monkey |

Problem 6 | Solution: Tablecloth trick | Problem 6 | Solution: Emergency landing |

Problem 7 | Solution: Pulleys and rope with friction | Problem 7 | Solution: Blocks and compressed spring |

Problem 8 | Solution: Block and wedge | Problem 8 | Solution: Jump |

Problem 9 | Solution: Tension in a rope | Problem 9 | Solution: Rocket sled |

Problem 10 | Solution: Rope and trees | Problem 10 | Solution: Roller freight car with sand |

Problem 11 | Solution: Spinning loop | Problem 11 | Solution: Freight car and hopper |

Problem 12 | Solution: Capstan | Problem 12 | Solution: Two carts and sand |

Problem 13 | Solution: Incomplete loop-the-loop | Problem 13 | Solution: Sand sprayer |

Problem 14 | Solution: Orbiting spheres | Problem 14 | Solution: Ski tow |

Problem 15 | Solution: Tunnel through the Earth | Problem 15 | Solution: Men and flatcar |

Problem 16 | Solution: Off-center tunnel | Problem 16 | Solution: Rope on table |

Problem 17 | Solution: Turning car | Problem 17 | Solution: Solar sail 1 |

Problem 18 | Solution: Car on rotating platform | Problem 18 | Solution: Solar sail 2 |

Problem 19 | Solution: Mass and springs | Problem 19 | Solution: Tilted mirror |

Problem 20 | Solution: Wheel and pebble | Problem 20 | Solution: Reflected particle stream |

Problem 21 | Solution: Bead on rod | Problem 21 | Solution: Force on a fire truck |

Problem 22 | Solution: Mass, string, and ring | Problem 22 | Solution: Fire hydrant |

Problem 23 | Solution: Mass and ring | Problem 23 | Solution: Suspended garbage can |

Problem 24 | Solution: Retarding force | Problem 24 | Solution: Growing raindrop |

Problem 25 | Solution: Hovercraft | Problem 25 | Solution: Bowl of water |

Problem 26 | Solution: v² retarding force | Problem 26 | Solution: Rocket in interstellar cloud |

Problem 27 | Solution: Exoplanet detection |

Chapter 5 | Chapter 6 |
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Problem 1 | Solution: Oscillation of bead with gravitating masses | Problem 1 | Solution: Center of mass of a non-uniform rod |

Problem 2 | Solution: Block, spring, and friction | Problem 2 | Solution: Oscillation of a particle with two forces |

Problem 3 | Solution: Ballistic pendulum | Problem 3 | Solution: Normal modes and symmetry |

Problem 4 | Solution: Sliding on a circular path | Problem 4 | Solution: Bouncing ball |

Problem 5 | Solution: Work on a whirling mass | Problem 5 | Solution: Marble and superball |

Problem 6 | Solution: Block sliding on a sphere | Problem 6 | Solution: Three car collision |

Problem 7 | Solution: Beads on hanging ring | Problem 7 | Solution: Proton collision |

Problem 8 | Solution: Damped oscillation | Problem 8 | Solution: Collision of m and M |

Problem 9 | Solution: Oscillating block | Problem 9 | Solution: Collision of m and 2m |

Problem 10 | Solution: Falling chain | Problem 10 | Solution: Nuclear reaction in the L system |

Problem 11 | Solution: Dropped soldiers | Problem 11 | Solution: Uranium fission |

Problem 12 | Solution: Lennard-Jones potential | Problem 12 | Solution: Hydrogen fusion |

Problem 13 | Solution: Bead and gravitating masses | Problem 13 | Solution: Nuclear reaction of alpha rays with lithium |

Problem 14 | Solution: Particle and two forces | Problem 14 | Solution: Superball bouncing between walls |

Problem 15 | Solution: Sportscar power | Problem 15 | Solution: Center of mass energy |

Problem 16 | Solution: Snowmobile and hill | Problem 16 | Solution: Converting between C and L systems |

Problem 17 | Solution: Leaper | Problem 17 | Solution: Colliding balls |

Problem 18 | Solution: Sand and conveyor belt | |

Problem 19 | Solution: Coil of rope |

Chapter 7 | Chapter 8 |
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Problem 1 | Solution: Origins | Problem 1 | Solution: Rolling hoop |

Problem 2 | Solution: Drum and sand | Problem 2 | Solution: Flywheel on rotating table |

Problem 3 | Solution: Ring and bug | Problem 3 | Solution: Suspended gyroscope |

Problem 4 | Solution: Grazing instrument package | Problem 4 | Solution: Grain mill |

Problem 5 | Solution: Car on a hill | Problem 5 | Solution: Automobile on a curve |

Problem 6 | Solution: Man on a railroad car | Problem 6 | Solution: Rolling coin |

Problem 7 | Solution: Moment of inertia of a triangle | Problem 7 | Solution: Suspended hoop |

Problem 8 | Solution: Moment of inertia of a sphere | Problem 8 | Solution: Deflected hoop |

Problem 9 | Solution: Bar and rollers | Problem 9 | Solution: Stability of a bicycle |

Problem 10 | Solution: Cylinder in groove | Problem 10 | Solution: Measuring latitude with a gyro |

Problem 11 | Solution: Wheel and shaft | Problem 11 | Solution: Tensor of inertia |

Problem 12 | Solution: Beam and Atwood's machine | Problem 12 | Solution: Euler's disk |

Problem 13 | Solution: Mass and post | |

Problem 14 | Solution: Stick on table | |

Problem 15 | Solution: Two-disk pendulum | |

Problem 16 | Solution: Disk pendulum | |

Problem 17 | Solution: Rod and springs | |

Problem 18 | Solution: Rod and disk pendulum | |

Problem 19 | Solution: Disk and coil spring | |

Problem 20 | Solution: Falling plank | |

Problem 21 | Solution: Rolling cylinder | |

Problem 22 | Solution: Bead and rod | |

Problem 23 | Solution: Disk, mass, and tape | |

Problem 24 | Solution: Two drums | |

Problem 25 | Solution: Rolling marble | |

Problem 26 | Solution: Sphere and cylinder | |

Problem 27 | Solution: Yo-yo on table | |

Problem 28 | Solution: Yo-yo pulled at angle | |

Problem 29 | Solution: Yo-yo motion | |

Problem 30 | Solution: Sliding and rolling bowling ball | |

Problem 31 | Solution: Skidding and rolling cylinder | |

Problem 32 | Solution: Two rubber wheels | |

Problem 33 | Solution: Grooved cone and mass | |

Problem 34 | Solution: Marble in dish | |

Problem 35 | Solution: Cube and drum | |

Problem 36 | Solution: Two twirling masses | |

Problem 37 | Solution: Plank and ball | |

Problem 38 | Solution: Collision on a table | |

Problem 39 | Solution: Child on ice with plank | |

Problem 40 | Solution: Toothed wheel and spring | |

Problem 41 | Solution: Leaning plank |

Chapter 9 | Chapter 10 |
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Problem 1 | Solution: Pivoted rod on car | Problem 1 | Solution: Equations of motion |

Problem 2 | Solution: Truck door | Problem 2 | Solution: r³ central force |

Problem 3 | Solution: Pendulum on moving pivot | Problem 3 | Solution: Motion with 1/r³ central force |

Problem 4 | Solution: Weight on a car's wheels | Problem 4 | Solution: Possible stable circular orbits |

Problem 5 | Solution: Gyroscope and acceleration | Problem 5 | Solution: Central spring force |

Problem 6 | Solution: Spinning top in an elevator | Problem 6 | Solution: r&sup4; central force |

Problem 7 | Solution: Apparent force of gravity | Problem 7 | Solution: Transfer to escape |

Problem 8 | Solution: Velocity in plane polar coordinates | Problem 8 | Solution: Projectile rise |

Problem 9 | Solution: Train on tracks | Problem 9 | Solution: Halley's comet |

Problem 10 | Solution: Apparent gravity versus latitude | Problem 10 | Solution: Satellite with air friction |

Problem 11 | Solution: Racing hydrofoil | Problem 11 | Solution: Mass of the Moon |

Problem 12 | Solution: Pendulum on rotating platform | Problem 12 | Solution: Hohmann transfer orbit |

Problem 13 | Solution: Lagrange point L&sub1; | |

Problem 14 | Solution: Speed of S2 around Sgr A | |

Problem 15 | Solution: Sun--Earth mass ratio |

Chapter 11 | Chapter 12 |
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Problem 1 | Solution: Time average of sin² | Problem 1 | Solution: Maxwell's proposal |

Problem 2 | Solution: Time average of sin times cos | Problem 2 | Solution: Refined Michelson--Morley interferometer |

Problem 3 | Solution: Damped mass and spring | Problem 3 | Solution: Skewed Michelson--Morley apparatus |

Problem 4 | Solution: Phase shift in a damped oscillator | Problem 4 | Solution: Asymmetric Michelson--Morley interferometer |

Problem 5 | Solution: Logarithmic decrement | Problem 5 | Solution: Lorentz--FitzGerald contraction |

Problem 6 | Solution: Parameters of a damped oscillator | Problem 6 | Solution: One-way test of the constancy of c |

Problem 7 | Solution: Critically damped oscillator | Problem 7 | Solution: Four events |

Problem 8 | Solution: Scale spring constant | Problem 8 | Solution: Relative velocity of S and S' |

Problem 9 | Solution: Velocity and driving force in phase | Problem 9 | Solution: Rotated rod |

Problem 10 | Solution: Grandfather clock | Problem 10 | Solution: Relative speed |

Problem 11 | Solution: Average stored energy | Problem 11 | Solution: Time dilation |

Problem 12 | Solution: Cuckoo clock | Problem 12 | Solution: Headlight effect |

Problem 13 | Solution: Two masses and three springs | Problem 13 | Solution: Moving mirror |

Problem 14 | Solution: Motion of a driven damped oscillator | Problem 14 | Solution: Moving glass slab |

Problem 15 | Solution: Doppler shift of a hydrogen spectral line | |

Problem 16 | Solution: Pole-vaulter paradox | |

Problem 17 | Solution: Transformation of acceleration | |

Problem 18 | Solution: The consequences of endless acceleration | |

Problem 19 | Solution: Traveling twin |

Chapter 13 | Chapter 14 |
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Problem 1 | Solution: Energetic proton | Problem 1 | Solution: Pi meson decay |

Problem 2 | Solution: Onset of relativistic effects | Problem 2 | Solution: Threshold for pi meson production |

Problem 3 | Solution: Momentum and energy | Problem 3 | Solution: Threshold for pair production by a photon |

Problem 4 | Solution: Particles approaching head-on | Problem 4 | Solution: Particle decay |

Problem 5 | Solution: Speed of a composite particle after an inelastic collision | Problem 5 | Solution: Threshold for nuclear reaction |

Problem 6 | Solution: Rest mass of a composite particle | Problem 6 | Solution: Photon-propelled rocket |

Problem 7 | Solution: Zero momentum frame | Problem 7 | Solution: Four-acceleration |

Problem 8 | Solution: Photon--particle scattering | Problem 8 | Solution: A wave in spacetime |

Problem 9 | Solution: Photon--electron collision | |

Problem 10 | Solution: The force of sunlight | |

Problem 11 | Solution: Levitation by laser light | |

Problem 12 | Solution: Final velocity of a scattered particle |