Eric Lengyel at 01:24, 20 November 2024

2024-11-20T01:24:58Z

← Older revision		Revision as of 01:24, 20 November 2024
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	:$$\mathbf u = \dfrac{d\mathbf r}{d\tau} = \gamma c\,\mathbf e_0 + \gamma \dot x\,\mathbf e_1 + \gamma \dot y\,\mathbf e_2 + \gamma \dot z\,\mathbf e_3$$ ,		:$$\mathbf u = \dfrac{d\mathbf r}{d\tau} = \gamma c\,\mathbf e_0 + \gamma \dot x\,\mathbf e_1 + \gamma \dot y\,\mathbf e_2 + \gamma \dot z\,\mathbf e_3$$ ,

	where $$\mathbf r$$ is the body's [[position]] and $$\tau$$ is proper time.		where $$\mathbf r$$ is the body's [[position]] and $$\tau$$ is proper time. The velocity $$\mathbf u$$ has units of length / time.

	== See Also ==		== See Also ==

Eric Lengyel: Created page with "The velocity $$\mathbf u$$ of a body in spacetime is given by :$$\mathbf u = \dfrac{d\mathbf r}{d\tau} = \gamma c\,\mathbf e_0 + \gamma \dot x\,\mathbf e_1 + \gamma \dot y\,\mathbf e_2 + \gamma \dot z\,\mathbf e_3$$ , where $$\mathbf r$$ is the body's position and $$\tau$$ is proper time. == See Also == * Position * Momentum"

2024-11-20T01:24:07Z

Created page with "The velocity $$\mathbf u$$ of a body in spacetime is given by :$$\mathbf u = \dfrac{d\mathbf r}{d\tau} = \gamma c\,\mathbf e_0 + \gamma \dot x\,\mathbf e_1 + \gamma \dot y\,\mathbf e_2 + \gamma \dot z\,\mathbf e_3$$ , where $$\mathbf r$$ is the body's position and $$\tau$$ is proper time. == See Also == * Position * Momentum"

New page

The velocity $$\mathbf u$$ of a body in spacetime is given by

:$$\mathbf u = \dfrac{d\mathbf r}{d\tau} = \gamma c\,\mathbf e_0 + \gamma \dot x\,\mathbf e_1 + \gamma \dot y\,\mathbf e_2 + \gamma \dot z\,\mathbf e_3$$ ,

where $$\mathbf r$$ is the body's [[position]] and $$\tau$$ is proper time.

== See Also ==

* [[Position]]
* [[Momentum]]

Velocity - Revision history

Eric Lengyel at 01:24, 20 November 2024