Schwarzschild radius
Author: kegasaExecutions: 60
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Schwarzschild radius
r = 2*G*M/C^2;
print(r);
Mass of a celestial body M
Speed of light C
Gravitational constant G
V = 4/3*pi*r^3;
D = M/V;
a = G*M/r^2;
Sun M = 1.9891 × 10^30 kg
Water black hole M = 2.6993803289 × 10^38 kg
Black hole in TON 618 M = (1.9891 × 10^30) × 660 × 10^8
1 g black hole M = (1.9891 × 10^30) × 15,510 × 10^8 kg
Mass of a black hole with a radius of 1 light-year: M = (1.9891 × 10^30) × 3.2024 × 10^12
print(r);
Mass of a celestial body M
Speed of light C
Gravitational constant G
V = 4/3*pi*r^3;
D = M/V;
a = G*M/r^2;
Sun M = 1.9891 × 10^30 kg
Water black hole M = 2.6993803289 × 10^38 kg
Black hole in TON 618 M = (1.9891 × 10^30) × 660 × 10^8
1 g black hole M = (1.9891 × 10^30) × 15,510 × 10^8 kg
Mass of a black hole with a radius of 1 light-year: M = (1.9891 × 10^30) × 3.2024 × 10^12
| r | m |
| r | km |
| r | Light-second |
| r | Hikaru |
| r | Hikari Toki |
| r | Hikarihi |
| r | light-year |
| Volume | m³ |
| Density | kg/m³ |
| a | m/s² |
| g | G |
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