APPENDIX 2 OF SPEED DISTANCE LAW

Distance r vs v/c computed from in which r1~ 4.32 mly

H/c=0.5x10-28/cm 1 ly=0.946x1018cm
n=(H/c)(r-r1) r bly  e-n v/c=1-e-n  
 z=(1+v/c)1/2/ (1-v/c)1/2 - 1 Notes
0  4.32x10-3  1 0 0  (1) 
0.05  1.05  0.951  0.049  0.050
0.1 2.11 0.905  0.095  0.100
0.2  4.22  0.819  0.181  0.200
0.187  3.96   0.797  0.203  0.228  (2) 

0.3 

6.33 

0.740 

0.260

0.304

0.4  8.44  0.670 0.330  0.408
0.5  10.55  0.605  0.394  0.516
0.6  12.66  0.549 0.451  0.625
0.625  13  0.54  0.46  0.644  (3) 
0.7  14.77 0.496  0.504 0.741  (4)
0.8  16.88  0.449  0.551 0.858
0.9  18.99  0.406  0.594  0.981
1  21.11  0.367  0.633  1.109
2  42.20   0.135  0.865   2.719
3  63.3  0.050  0.950   5.245
4 84.4  0.018  0.982  9.493
4.44  93.9  0.012  0.9882  12  (5) 
5  105.5  0.0067  0.9933  16.420
6  126.6   0.0025  0.9975  27.266
7  147.7  0.0009  0.9991  46.129
8  168.8  0.00035  0.99965  74.586
8.25  174.4 0.000261  0.99973 85.060  (6) 
9  199.0   0.000123  0.999877  126.511
10  211.1  0.000095  0.999955  209.816

NOTES     I,II,III=Part I,II,III p=page n=endnote

(1) I p8 n6. Null Cosmic Force Fc=0; r1=low end of Hubble's Linear Law

(2) I p5 n3. High end of Hubble's Linear Law at 3.96 bly above which distance is inferred. At distances greater than 1 bly, cosmology based on Einstein's theory of gravitation abandons Newton's theory of gravitation and doppler motion. I n3 or II n4 at page 639; III p 42

(3) II n7. Detected object at 13 bly

(4) Big Bang cosmologists believe age of the universe is about 15 bly

 (5) II n6. Farthest detected objects have z=7 to 12; Field mass shielding begins.

(6) II p 7 Fig 2.1. Null Cosmic Force Fc=0  beyond r4