- #1
BosonJaw
- 40
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Hello friends!
Would a star (O-Type) with max output peaking in the UV range, which was subject to (at distance) redshift 8 end up in the IR spectrum when its light approached earth? Would this be taking into consideration the doppler effect?
BTW, yes this is somewhat an extension of my previous question but I am also working on it! another few hours of searching he's led to its evolution to this question. I am just trying to figure out the effect of distance (space) on a light source given the applicable laws (obviously dopplers law here) I think a stars red shift would work well!
Thanks!
Would a star (O-Type) with max output peaking in the UV range, which was subject to (at distance) redshift 8 end up in the IR spectrum when its light approached earth? Would this be taking into consideration the doppler effect?
BTW, yes this is somewhat an extension of my previous question but I am also working on it! another few hours of searching he's led to its evolution to this question. I am just trying to figure out the effect of distance (space) on a light source given the applicable laws (obviously dopplers law here) I think a stars red shift would work well!
Thanks!
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