In the standard model of the expansion of the universe,the total energy of a standard mass m is assumed to be zero.When we solve the resulting energy equation for the critical mass density of the universe,we find that the critical mass density is given by
A) .
B) .
C) .
D) .
E) .

Question

In the standard model of the expansion of the universe,the total energy of a standard mass m is assumed to be zero.When we solve the resulting energy equation for the critical mass density of the universe,we find that the critical mass density is given by
A) . 
B) . 
C) . 
D) . 
E) .

Quizplus · Accepted Answer

The Answer of In the standard model of the expansion of the universe,the total energy of a standard mass m is assumed to be zero.When we solve the resulting energy equation for the critical mass density of the universe,we find that the critical mass density is given by
A) . 
B) . 
C) . 
D) . 
E) .

In the Standard Model of the Expansion of the Universe,the