Difference between revisions of "Forest UCM NLM GalileanTans"

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(Replaced content with " 200 px Consider the description of an object in motion using two different coordinate systems <math>S</math> and <math>S^{\prime…")
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[[File:TF_UCM_GalileanTans_RefFrame.png | 200 px]]
 
[[File:TF_UCM_GalileanTans_RefFrame.png | 200 px]]
  
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Assume that <math>S^{\prime}</math> is a coordinate system moving at a CONSTANT speed <math>v</math>.
  
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Consider the description of an object in motion using two different coordinate systems <math>S</math> and <math>S^{\prime}</math>.
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Let <math>\vec{r}</math> and <math>\vec{r}^{\prime}</math> describe the position an object in motion using two different coordinate systems <math>S</math> and <math>S^{\prime}</math> respectively.
  
  
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Assume that <math>S^{\prime}</math> is a coordinate system moving at a CONSTANT speed <math>v</math>.
 
  
  
  
 
[[Forest_UCM_NLM#Galilean_Transformations]]
 
[[Forest_UCM_NLM#Galilean_Transformations]]

Revision as of 13:44, 18 August 2014

TF UCM GalileanTans RefFrame.png

Assume that [math]S^{\prime}[/math] is a coordinate system moving at a CONSTANT speed [math]v[/math].


Let [math]\vec{r}[/math] and [math]\vec{r}^{\prime}[/math] describe the position an object in motion using two different coordinate systems [math]S[/math] and [math]S^{\prime}[/math] respectively.



Forest_UCM_NLM#Galilean_Transformations

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