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#41
Jan 22 2015 07:25am
Quote (HackeZ @ Jan 21 2015 12:41am)
That isn't actually true, you are always moving everything is.


he said relative, not absolute (since absolute velocity is pretty much impossible to calculate)
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#42
Jan 23 2015 05:10pm
Quote (dude_927 @ Jan 22 2015 01:25pm)
he said relative, not absolute (since absolute velocity is pretty much impossible to calculate)


Yes which is still relevant to what I said \vec{v}_\mathrm{BA}. If both objects are moving, Va and Vb will be a small fraction for each object, so if him A is measuring velocity relative to B when they both have fractional vibration movement. probably to the ^16th power sorry my university physics is a bit rusty on the exact percentile. Both objects are still moving relative to each other.
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#43
Jan 23 2015 05:13pm
Quote (HackeZ @ Jan 23 2015 11:10pm)
Yes which is still relevant to what I said \vec{v}_\mathrm{BA}. If both objects are moving, Va and Vb will be a small fraction for each object, so if him A is measuring velocity relative to B when they both have fractional vibration movement. probably to the ^16th power sorry my university physics is a bit rusty on the exact percentile. Both objects are still moving relative to each other.


I have no access too edit sorry for the double post everyone.

[IMG]http://upload.wikimedia.org/math/c/b/c/cbcbb18c3eea716756a5f484242adff9.png[/IMG]
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#44
Jan 23 2015 09:14pm
Quote (HackeZ @ Jan 23 2015 06:10pm)
Yes which is still relevant to what I said \vec{v}_\mathrm{BA}. If both objects are moving, Va and Vb will be a small fraction for each object, so if him A is measuring velocity relative to B when they both have fractional vibration movement. probably to the ^16th power sorry my university physics is a bit rusty on the exact percentile. Both objects are still moving relative to each other.


Quote (Thor123422 @ Dec 18 2014 10:54pm)
Relative to my chair, the room, etc. I am moving at 0.00000000000000000000000000000000000000000000000000000000000000000000000000000001% the speed of light right now.


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