5.1 A light source in a flat, single-component universe has a redshift z when observed at a time to. Show that the observed redshift z changes at a rate dz Họ(1+z) – Ho(1+2)³(1+w)/2_ dto (5.116) For what values of w does the observed redshift increase with time?

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5.1 A light source in a flat, single-component universe has a redshift z when
observed at a time to. Show that the observed redshift z changes at a rate
dz
Ho(1+z) – Ho(1+z)³(l+w)/2_
dto
(5.116)
%3D
For what values of w does the observed redshift increase with time?
Transcribed Image Text:Exercises 5.1 A light source in a flat, single-component universe has a redshift z when observed at a time to. Show that the observed redshift z changes at a rate dz Ho(1+z) – Ho(1+z)³(l+w)/2_ dto (5.116) %3D For what values of w does the observed redshift increase with time?
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