The Laws of Physics

acceleration amount angular momentum atoms attraction axis ball basic beam behavior body center of mass charged particles collision conservation laws conservation of energy conservation of momentum constant curve direction distance earth effect Einstein electric charge electric field electromagnetic electron electron-volts elementary particles emitted equation exactly experiment fact faster Figure force acting formula frequency Galileo gravitational field gravitational force gyroscope happens idea inertia interaction kinetic energy law of conservation laws of nature m₁ magnetic field mathematical matter means measured mesons miles per second molecules motion moving negative neutrino neutron Newton nuclear nucleons nucleus object observer orbit path photoelectric effect photon physicists physics pion planets positron potential energy predict probability problems produce push quantum radiation radioactive reaction relative result rocket rotation S₁ scientists simply situation space speed of light spheres spin symmetry t₁ theory tion torque uncertainty V₁ velocity wave packet wavelength