Recent content by Yerzhan Orymbetov

Distance and mass of Sun and planets mass distance 3000 / 1,81⁰/ 332,950 M🜨 = 0,009 AU (Sun) 3000 / 1,81¹/ 318 M🜨 = 5,2 AU (Jupiter) 3000 / 1,81²/ 95,2 M🜨 = 9,5 AU (Saturn) 3000 / 1,81³/ 17 M🜨 = 30 AU (Neptune) 3000 / 1,81⁴/ 14,5 M🜨= 19,2...

Orbital period 1,88/0,39⁰ = 1,88 (Mars 1,88 yr) 1,88/0,39¹ = 4,8 (Ceres 4,6 yr) 1,88/0,39² = 12 (Jupiter 11,86 yr) 1,88/0,39³ = 31 (Saturn 29,5 yr) 1,88/0,39⁴ = 81 (Uranus 84 yr) 1,88/0,39⁵ = 208 (Neptune 165 yr Pluto 248 yr)...

The probable rotation period of Venus and Mercury before the collision Distance Rotation 1AU/1,52AU (Mars) = 0,5 1,026/1,52² = ~0,5 1AU/1,00AU (Earth) = 1,0 0,977/1² = 1 1AU/0,72AU (Venus) = 1,4 (?) 0,73/0,72² = 1,4 1AU/0,39AU...

Eccentricity and orbital speed of inner planets orbital speed eccentricity 9,7/4⁰/47 km/s = 0,206 (Mercury e=0,206) 9,7/4¹/24 km/s = 0,101 (Mars e=0,093) 9,7/4²/30 km/s = 0,020 (Earth e=0,017) 9,7/4³/35 кm/s = 0,0043 (Venus e=0,0068) (Mercury) 47 km/s × 0,206 (e) = 9,7

Several US astronomy professors don't think so.

Perihelion, orbital speed and period of inner planets perihelion sidereal orbital speed 62/2⁰/1,38AU /1,88 yr = 24 (Mars 24 km/s) 62/2¹/0,98AU /1,00 yr = 31 (Earth 30 km/s) 62/2²/0,72AU /0,61 yr = 35 (Venus 35 km/s) 62/2³/...

Orbital speed and period, distance of planets distance sidereal orbital speed 26700/3⁰/30AU/ 165yr/= 5,4 (Neptune 5,4 km/s) 26700/3¹/19AU/ 84yr/ = 6 (Uranus 6,8 km/s) 26700/3²/9,5AU/29,4yr/= 10 (Saturn 9,7 km/s) 26700/3³/5,2AU/12yr/= 15,8 (Jupiter 13,1 km/s) (Neptune) 30AU ×...

Distance, orbital and rotation period of planets distance sidereal rotation period 3300/3⁰/30AU/ 165yr/= 0,67 (Neptune 0,67days) 3300/3¹/19AU/ 84yr/ = 0,7 (Uranus 0,72 days) 3300/3² (9th planet) 3300/3³/9,5AU/29,4yr/ = 0,44 (Saturn 0,44 days) 3300/3⁴/5,2AU/11,9yr/ = 0,6 (Jupiter...

Distance and mass of planets mass distance 1653 / 1,82⁰/ 318 M🜨 = 5,2 AU (Jupiter) 1653 / 1,82¹/ 95 M🜨 = 9,5 AU (Saturn) 1653 / 1,82²/ 17 M🜨 = 29,5 AU (Neptune) 1653 / 1,82³/ 14,5 M🜨= 19 AU (Uranus) (Jupiter) 318M🜨 × 5,2 AU = 1653 The Gliese...

Radius, mass and distance of the planets mass M🜨 distance AU radius 284×2⁰/14,5M🜨 /19AU = 1,03 (Uranus 1,03) 284×2¹/ 17M🜨 /30 AU = 1,1 (Neptune 1,0) 284×2² (9th planet) 284×2³/ 95 M🜨 /9,5 AU = 2,5 (Saturn 2,37) 284×2⁴/ 318M🜨...

Solar System mass distance 1,2/2⁰ = 1,2/1M🜨 = 1,2 (Earth 1AU) 1,2/2¹ = 0,6/0,8M🜨 = 0,7 (Venus 0,7 AU) 0,6/2² = 0,15/0,1M🜨 = 1,5 (Mars 1,5 AU) 0,15/2³ = 0,02/0,05M🜨= 0,4 (Mercury 0,4 AU) MJ (Jupiter's mass), M🜨 (Earth's mass) The NU2 Lupi planetary...

My and my sons' work. To find out what others think? Collect all comments and revise.

Mass and density of giant planets Earth mass (M🜨) DENSITY (g/cm³) 423/318M🜨 = 1,33 JUPITER (1,33) 423/(7×1)/95M🜨 = 0,64 SATURN (0,69) 423/(7×2)/17M🜨 = 1,78 NEPTUNE (1,64) 423/(7×3)/14,5M🜨 =1,39 URANUS (1,27) - 423/(7×0)/318M🜨 (impossible) a)...

Thanks, but Wikipedia "Axial tilt" Solar System bodies" Table... https://en.m.wikipedia.org/wiki/Axial_tilt

Is it true or not? This is true or not, especially the large deviations of Neptune. Maybe he had encountered another object earlier?