Appendix Dark Matter

This is an appendix to Heretics Deny The Dark Matter of Faith - 4

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Table 1 Formulas, Constants, & Variables Used

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Formula: g = G * (Dust Cloud mass / r²) (gravitational acceleration)

Constants:
secs_day = (60.0 * 60.0) * 24.0
secs_year = secs_day * 365.25
G = 6.67e-11 (gravitational constant)
Variables:
r = distance (between centers) of dust clouds (m)

Table 1 Legend:
"Cloud A" and "Cloud B" mean two "clouds" of matter in the vacuum of space.

"Dist (m)" means the distance, in meters, between the two clouds of matter.

"mass (kg)" means the individual mass of each cloud (equal mass).

"contact (yrs)" means the time, in years, it would take for gravity to bring them in contact with one another.

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Table 1: Calculations of various gravitational interactions (Cloud A to Cloud B)

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Cloud A	Cloud B	Dist (m)	mass (kg)	contact (yrs)
DC-1A	DC-1B	1	1	121
DC-2A	DC-2B	10	10	1,191
DC-3A	DC-3B	100	100	11,881
DC-4A	DC-4B	1000	1000	118,775
DC-5A	DC-5B	10,000	10,000	1,187,714
DC-6A	DC-6B	100,000	100,000	11,877,100
DC-7A	DC-7B	1,000,000	1,000,000	118,770,950
DC-8A	DC-8B	10,000,000	10,000,000	1,187,709,445

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Table 2 Formulas, Constants, & Variables Used

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Formula: g = G * (star's mass / r²) (gravitational acceleration)

Constants:
secs_day = (60.0 * 60.0) * 24.0
secs_year = secs_day * 365.25
G = 6.67e-11 (gravitational constant)
Sun's mass = 1.98847e+30 kg
Variables:
r = distance (between centers) of Sun & Star (m)

Table 2 Legend:

"Star" column lists the names of stars in the vacuum of space.

"Dist (L yrs)" means the distance, in light years, between the Star and the Sun.

"Dist (km)" means the distance, in kilometers, between the Star and the Sun.

"mass (kg)" means the individual mass of the Star.

"contact (yrs)" is the time, in years, it would take for gravity to bring them in contact with one another.

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Table 2: Calculations of various gravitational interactions (Sun to Stars)

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Star	Dist (L yrs)	Dist (km)	mass (kg)	contact (yrs)
Proxima Centauri	4.22723	3.99927e+13	2.44582e+29	170,143
Barnard's Star	5.94924	5.62842e+13	3.14178e+29	326,806
Lalande 21185	8.30799	7.85997e+13	8.01353e+29	526,027
Kapteyn's Star	12.759	1.20709e+14	5.5876e+29	1,358,802
Altair	16.7324	1.58301e+14	3.97694e+30	997,856
Vega	25.0479	2.36971e+14	6.1046e+30	1,648,239
Fomalhaut	25.1291	2.3774e+14	4.57348e+30	2,046,028
Pollux	33.7891	3.1967e+14	5.56772e+30	3,212,481
Denebola	35.8817	3.39467e+14	4.57348e+30	4,171,605
Arcturus	36.722	3.47417e+14	6.7608e+30	3,276,959
Achernar	139.461	1.3194e+15	1.27262e+31	28,102,480
Betelgeuse	498.015	4.71159e+15	3.97694e+31	126,280,436
Enif	689.641	6.52451e+15	1.98847e+31	462,300,078

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Table 3 Formulas, Constants, & Variables Used

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Formula: g = G * (H atoms mass / r²) (gravitational acceleration)

Constants:
secs_day = (60.0 * 60.0) * 24.0
secs_year = secs_day * 365.25
G = 6.67e-11 (gravitational constant)
Variables:
r = distance (between center) of atoms (m)

Table 3 Legend:

"Group A & Group B" columns mean hydrogen atom groups in the vacuum of space.

"Dist (m)" means the distance, in meters, between groups.

"mass per group (kg)" means the individual mass of each group.

"atoms per group" means number of hydrogen atoms in each group.

"contact (yrs)" is the time, in years, it would take gravity to bring them in contact with one another.

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Calculations of various gravitational interactions
(Atom Group A to Atom group B)

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Group A	Group B	Dist (m)	mass per group (kg)	atoms per group	contact (yrs)
atoms-1A	atoms-1B	1e-09	1.67e-21	1e+06	71,124
atoms-2A	atoms-2B	2e-09	3.34e-21	2e+06	142,245
atoms-3A	atoms-3B	3e-09	5.01e-21	3e+06	213,365
atoms-4A	atoms-4B	4e-09	6.68e-21	4e+06	284,486
atoms-5A	atoms-5B	5e-09	8.35e-21	5e+06	355,606
atoms-6A	atoms-6B	6e-09	1.002e-20	6e+06	426,726
atoms-7A	atoms-7B	7e-09	1.169e-20	7e+06	497,847
atoms-8A	atoms-8B	8e-09	1.336e-20	8e+06	568,967