Invariant

From Conservapedia

Invariant in relation to any physical quantity means that this value is independent of reference frame in which one observes the given quantity.

E.g. invariant mass denoted in physics by $\text{[math]}$ is for a given particle independent of its reference frame in which this particle is observed. This independence is achieved by dividing the relativistic mass (the measure of inertia of the particle) by $\text{[math]}$ factor.

So if velocity of a particle is $\text{[math]}$ one gets invariant mass of the particle by dividing relativistic mass of the particle $\text{[math]}$ by $\text{[math]}$ factor as in $\text{[math]}$ , where $\text{[math]}$ , $\text{[math]}$ is velocity of the observed particle, and $\text{[math]}$ is speed of light in vacuum.

↧ Download as ZWI file | Last modified: 03/17/2023 01:03:47 | 10 views
☰ Source: https://www.conservapedia.com/Invariant | License: CC BY-SA 3.0

ZWI signed:

Encycloreader by the Knowledge Standards Foundation (KSF) ✓[what is this?]