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A Classical Calculation Shows That the Critical Mass Density of the Universe

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A classical calculation shows that the critical mass density of the universe is given by A classical calculation shows that the critical mass density of the universe is given by   where H is the Hubble constant and G is the gravitation constant. If the density is below this value, the universe will expand forever, whereas if it is above this value the universe will eventually stop expanding and collapse. Approximately how many hydrogen atoms per m<sup>3</sup> is the critical density equivalent to? A)  4 B)  40 C)  400 D)  4000 E)  40,000 where H is the Hubble constant and G is the gravitation constant. If the density is below this value, the universe will expand forever, whereas if it is above this value the universe will eventually stop expanding and collapse. Approximately how many hydrogen atoms per m3 is the critical density equivalent to?

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Income Statement

A financial statement that shows a company's revenues and expenses, leading to the total profit or loss over a specific period.

Par Stock

The ideal stock level that a business aims to maintain to fulfill customer orders without overstocking.

Stock Split

A reduction in the par or stated value of a common stock and the issuance of a proportionate number of additional shares.

Appropriation of Retained Earnings

The process of allocating retained earnings to specific purposes, such as reserves or dividend distribution.

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