Conceptual Physics: Matter in Motion

acceleration alpha particles angular momentum antiparticle appear atom axis ball Carnot cycle cause clock conservation constant diagram diffraction discussed distance earth effect electric field electromagnetic electron emitted entropy equal equation example exerted experiment Explain fact family number field lines frequency friction fundamental particles Galileo graph gravitational force heat flow increase interaction internal energy kilogram kinetic energy law of motion laws of physics magnetic field magnitude mathematical measure meter second meters per second mirror molecules moving muon neutrons Newton nucleus object observed obtain orbit oscillator pattern philosophy photon plane positive charge potential energy pressure principle of relativity problem pull quantities reference frame rest mass rotation shown in Figure slit space speed of light STEP straight line string strong interaction surface symmetry principles temperature theory of relativity tion traveling uncertainty principle vector velocity wavelength waves weight zero