Physics:Six Ideas that Shaped Physics

From HandWiki
Short description: Calculus based introductory physics textbook

Six Ideas that Shaped Physics is a textbook in calculus based physics, notable for covering special relativity, quantum mechanics, and thermodynamics – topics usually reserved for upper division classes. It was written by professor Thomas Moore of Pomona College based on his introductory course in college physics. The text reverses the chronological order in which the laws of physics were discovered, by opening with the conservation laws implied by Noether's theorem, only then presenting Newtonian mechanics and the laws of motion as a consequence of underlying physical symmetry.

First published in 1998, it has been widely adopted and is now in the Fourth edition.

The impetus for the project came from the 1987-1996 Introductory University Physics Project (IUPP), which found that most college texts neglected to teach topics in 20th century physics.

The Six Ideas as Course Units

  • Unit C: Conservation Laws Constrain Interactions (14 chapters)
  • Unit N: The Laws of Physics are Universal (12 chapters)
  • Unit R: The Laws of Physics are Frame-Independent (9 chapters)
  • Unit E:  Electric and Magnetic Fields are Unified (20 chapters)
  • Unit Q:  Particles Behave Like Waves (15 chapters)
  • Unit T:   Some Processes are Irreversible (11 chapters)

Unit C: Conservation Laws Constrain Interactions

Unit N: The Laws of Physics are Universal[1]

N1 Newton's Law

N2 Forces from Motion

N3 Motion from Forces

N4 Statics

N5 Linearly Constrained Motion

N6 Coupled Objects

N7 Circularly Constrained Motion

N8 Noninertial Frames

N9 Projectile Motion

N10 Oscillatory Motion

N11 Kepler's Laws

N12 Orbits and Conservation Laws

References