Why would it be very improbable for our universe to have $\Omega$_m +$\Omega$_$\bigwedge$= 0.9? A) It would quickly evolve to have a much different value of $\Omega$_m + $\Omega$_$\bigwedge$. B) In order to exist, every universe must have $\Omega$_m + $\Omega$_$\bigwedge$ = 1. C) We know $\Omega$_m =1, based on the average density of galaxies. D) The CMB fluctuations tell us that $\Omega$_m+$\Omega$_$\bigwedge$ = 0.7. E) Dark energy studies tell us $\Omega$_$\bigwedge$ = 0.9.

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The Answer of Why would it be very improbable for our universe to have $\Omega$_m +$\Omega$_$\bigwedge$= 0.9? A) It would quickly evolve to have a much different value of $\Omega$_m + $\Omega$_$\bigwedge$. B) In order to exist, every universe must have $\Omega$_m + $\Omega$_$\bigwedge$ = 1. C) We know $\Omega$_m =1, based on the average density of galaxies. D) The CMB fluctuations tell us that $\Omega$_m+$\Omega$_$\bigwedge$ = 0.7. E) Dark energy studies tell us $\Omega$_$\bigwedge$ = 0.9.

Why Would It Be Very Improbable for Our Universe to Have