Position: Difference between revisions

From Spacetime Geometric Algebra
Jump to navigation Jump to search
(Created page with "The spacetime position $$\mathbf r$$ of a body is given by :$$\mathbf r = ct\,\mathbf e_0 + x\,\mathbf e_1 + y\,\mathbf e_2 + z\,\mathbf e_3 + \mathbf e_4$$ . The position $$\mathbf r$$ has units of length.")
 
No edit summary
 
Line 4: Line 4:


The position $$\mathbf r$$ has units of length.
The position $$\mathbf r$$ has units of length.
== See Also ==
* [[Velocity]]

Latest revision as of 01:21, 20 November 2024

The spacetime position $$\mathbf r$$ of a body is given by

$$\mathbf r = ct\,\mathbf e_0 + x\,\mathbf e_1 + y\,\mathbf e_2 + z\,\mathbf e_3 + \mathbf e_4$$ .

The position $$\mathbf r$$ has units of length.

See Also