Dildo, Fucking, Pussy

On this map¹, each pixel (p) corresponds to actual (⁓6.2E3 m)² @φ0λ0; R ≅ 0.06° @0φ°. Cfr. notes² over the above image.

 

ŒV⌆♁ ⌖N0E0A∞ φ10λ10 1:24,027,658 (1√p φ° = 1/96" ≅ 6.2E3 m)

 

Apparent c @ scale ≅ 12.477 mps; 1 LD ≅ 16 m; 1 LY ≅ 1.024 LD.

 

vₒʀ♁2.978E4vₑ♁1.119E4vᵣ♁ᴇǫ4.651E2

 

M5.972E24V1.083E15ρ5.514E03r6.378E06S5.101E11 ♁

M5.135E18V1.400E12ρ1.225E00r1.000E06S1.257E11 A♁

M1.386E21V1.386E06ρ1.000E03r3.620E05S1.647E09 H₂O♁

 

NOTES

 

1. L.H. Rohwedder 2006: Transversal ŒV⌆♁ (original image).

 

2. Map scale ≅ 1:24,027,658. Lφ° = (φ°πR)/180°; R = Rₙ₌ₑ = (Rₙ+Rₑ)/2 ≅ 6.371E6 m; 10 Lφ° = 178√p ≅ ±1.112E6 m; ±1√p φ° ≅ ±2.6E-4 m ≅ ±6.2E3 m; -90°≤φ°≤90°; -180°≤λ°≤180°. Lλ° = (λ°πRₙcosφ°){180°[1-(Rₙ²-Rₑ²)Rₙ⁻²sin²φ°]½}⁻¹; 10 Lλ° @ 0 φ° ≅ 1.106E6 m; ±1√p λ° @0φ° ≅ 6.2E3 m; -90°≤φ°≤90°; -180°≤λ°≤180°.

 

Dildo N47.571E-53.555G2.000E2

Fucking N48.067E12.863G4.670E2

Pussy N45.552E6.455G7.360E2

 

Geographic North Pole (⏁) N90.000E0.000G0.000E0

Magnetic N Pole (not shown) N86.494E162.867G0.000E0

Geomagnetic N Pole N80.700E-72.700G1.490E3

Arctic Circle ∩ Prime Meridian N66.567E0.000G0.000E0

N45.000E0.000G3.400E1

Tropic of Cancer ∩ Prime Meridian N23.436E0.000G3.330E2

Null Island (⌖) N0.000E0.000G0.000E0

Tropic of Capricorn ∩ Prime Meridian N-23.436E0.000G0.000E0

N-45.000E0.000G0.000E0

Magnetic S Pole (not shown) N-64.081E135.866G0.000E0

Antarctic Circle ∩ Prime Meridian N-66.567E0.000G0.000E0

Geomagnetic S Pole (not shown) N-80.700E107.300G3.392E3

Geographic South Pole (⏂) N-90.000E0.000G2.835E3

 

Dead Sea N31.500E35.500G-4.305E2

Everest N27.988E86.925G8.848E3

Veryovkina cave N43.416E40.356G-2.212E3

Kilimanjaro N-3.076E37.353G5.895E3

Lake Victoria N-1.000E33.000G1.134E3

Litke Deep N82.400E19.517G-5.449E3

Meteor Deep N-55.419E-26.405G-8.278E3

Milwaukee Deep N19.836E-66.754G-8.383E3

Calypso Deep N36.567E21.133G-5.109E3

Chimborazo N-1.469E-78.818G6.263E3

Huascarán N-9.122E-77.604G6.768E3

North Cape N71.173E25.784G0

Cape Horn N-55.980E-67.289G0

Cape Agulhas N-34.833E20.000G0

Cape of Good Hope N-34.357E18.474G0

Cape Barrow (not shown) N68.017E-110.133G0

Cape Leeuwin (not shown) N-34.374E115.136G0

West Cape (not shown) N-45.906E166.428G0

East Cape (not shown) N-37.689E178.548G0

South Point (not shown) N-39.136E146.375G0

Sunda Trench (not shown) N-10.317E109.967G-7.290E3

Horizon Deep (not shown) N-23.450E175.233G-10.832E3

Challenger Deep (not shown) N11.373E142.592G-11.009E3

Denman Glacier (not shown) N-66.750E99.500G-3.500E3

 

Africa (54 ss): 2A4B8CD4E6GK3L7M3NR8S3TU2Z

Central America (7 ss): BiG SHiNy CuP

Continental South America (13 ss): ABBCCEGGPPSUV

Insulindia (17 ss): ISBMTLVCMSBIPCMTT

 

REFERENCES

 

E.G.F. Regina 2024: RM028 climate VII-VIII 1970-2029.

D. Livanov 2023: Physics of planet Earth.

C. Bongiovanni & al. 2021: Deepest ocean bathymetry.

J. O'Donoghue 2019: LD-c (3.844E8/1.255 m/s).

P.C. Budassi 2018: Orders of magnitude.

M.K. Paras & P. Rani 2018: Electrical activity in A♁.

E.G.F. Regina 2018: 4,474 Km from Dildo to Pussy.

E.G.F. Regina 2018: ŒV⌆♁ ⌖⌖N0E-20/160A∞ φ5λ5C4 + rotation.

R. Finelli 2017: Il cammino dell’acqua.

J.C. Iliffe 2017: Quasi-linear map projections.

G. Holzer & al. 2015: A world of innovation.

R.P. Munroe 2011: Map projections.

J.J. van Wijk 2008: Myriahedral projections.

J.F. Hamilton & al. 2008: Atmospheric chemical equator.

G. Allen & al. 2008: Aerosol and trace‐gas measurements in the Darwin area during the wet season.

D.K. Singh & al. 2004, 2005: Electrical environment of A♁.

J.D. Barrow 2002: The constants of nature.

A.L. Berger 1976: Obliquity and precession for the last 5E6 years.

A.N. Strahler 1952: Hypsometric analysis of erosional topography.

R.E. Horton 1945: Erosional development of streams.

J.G. Verne 1872: Le Tour du monde en 80 jours.

F.W.H.A. von Humboldt 1845-1862: Kosmos.

G. Benzoni 1565: Historia Novi Orbis, L. I, c. V, p. 23.

 

TI · DMX1943NGIHP · BM02 · ERP5×5C4 · 16.2x8.1 · A♁ · PU · TLE

O→ERP→ŒVP · geomatics · season · weather · antipodes · ⊕X pts

Done