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Calculating Hubble's Constant using the speed of light (C) and Pi (3.142)

 To start this off, the numerical value of Hubble's Constant can be directly calculated using only the speed of light (C) and Pi (3 . 142), using the following simple equation taken from "The Principle of Astrogeometry No meassuring is needed, just use the following equation :- 2 X a Megaparsec X C, divided by Pi to the power of 21 =  71 Kilometres / Second / Megaparsec For this equation the standard space distance Parsec is 3 . 26 light years.
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 To start this off, the numerical value of Hubble's Constant can be directly calculated using only  the speed of light (C as Kilometres / Second) and Pi (3 . 142), using the following simple equation     taken from  "The Principle of Astrogeometry" No meassuring is needed, just use the following equation  :- 2 X a Megaparsec X C, divided by Pi to the power of 21 =  71 Kilometres / Second / Megaparsec For this equation the standard space distance Parsec unit is the standard 3 . 26 light years. That's all there is to it -no measuring telescopes, and the inherent inaccuracies from physal measuring!! Comments welcome, Regards.  ClownBojo
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