bonsoir...
H0=72 km/s/Mpc
distance earth-moon =384 000 km
1 year = 31 556 926 s
1 y.l = 31 556 926 x 299 792 458 m/s =9.46052841x10exp12 km
so by my own way :
72 km / 1 s / 1 Mpc
I convert 1 Mpc in km :
72 km / 1s / 3.26x10exp6 x 9.460 528 41x10exp12 km
I divide to obtain for 1 km :
2.334 530 230 595x10exp-18 km / 1s / 1 km
I convert for one year :
7.367 059 773x10exp-11* km / an / 1km * this number seems nearly newton constant G
I multiplies by 384 000 to obtain earth-moon distance :
2.828 950 952x10exp-5 km / an / 384 000 km
0.028 289 50 m / an / 384 000 km
soit 2.8 289 50 cm / an /384 000 km
removal's speed of the moon from earth is estimated about 3.8 cm/year
if you takes this removal speed you obtains H0=96.7143 km/s/Mpc
*by multiplying G by the distance(km) you approximately have the same speed than with redshift method
take a look on it : http://en.wikipedia.org/wiki/Dirac_l...ers_hypothesis and to it : http://en.wikipedia.org/wiki/Pioneer_anomaly
Very strange coincidences isn't it?
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