Relativity and Spacetime
Arbennig | A | B | C | CH | D | DD | E | F | FF | G | NG | H | I | L | LL | M | N | O | P | PH | R | RH | S | T | TH | U | W | Y | Y CYFAN
A
Absolute motionHypothetical motion relative to a universally preferred state of rest. | |
Absolute timeClassical assumption that time intervals are the same for all observers. | |
AccelerationA change in an object's velocity, including changes in speed or direction. | |
AirspeedSpeed of an aircraft relative to the surrounding air. | |
C
Classical relativityPrinciple that the laws of mechanics have the same form in all inertial reference frames. | |
Coriolis effectApparent deflection of motion when observed from a rotating reference frame. | |
Correspondence principleIdea that a newer theory reproduces the successful predictions of an older theory within the older theory's valid domain. | |
F
Fictitious force(apparent force)– A force that appears in an accelerating reference frame but is not caused by a physical interaction. | |
G
Galilean relativityThe principle that the laws of mechanics are the same in all inertial reference frames. | |
Galilean transformationEquations that relate position, velocity, and time measurements between inertial reference frames moving at constant velocity relative to one another. | |