施瓦西半径 空缺
作者: kegasa执行次数: 50
※ 本程序库由会员创建。本站不对其内容负责。
施瓦茨希尔德半径
r = 2*G*M/C^2;
print(r);
R_km = r/1000;
print(R_km);
R_C_s = r/C;
print(R_C_s);
R_C_m = R_C_s/60;
print(R_C_m);
R_C_h = R_C_m/60;
print(R_C_h);
R_C_d = R_C_h/24;
print(R_C_d);
R_C_y = R_C_d/365.25;
print(R_C_y);
V = 4/3*π*r^3;
print(V);
D = M/V;
print(D);
a = G*M/r^2;
print(a);
print(a/9.80665);
print(Wshell);
Vshell = 4/3*pi*(r^3-(r-Wshell)^3);
Dshell = M/Vshell;
print(Dshell);
print(r);
R_km = r/1000;
print(R_km);
R_C_s = r/C;
print(R_C_s);
R_C_m = R_C_s/60;
print(R_C_m);
R_C_h = R_C_m/60;
print(R_C_h);
R_C_d = R_C_h/24;
print(R_C_d);
R_C_y = R_C_d/365.25;
print(R_C_y);
V = 4/3*π*r^3;
print(V);
D = M/V;
print(D);
a = G*M/r^2;
print(a);
print(a/9.80665);
print(Wshell);
Vshell = 4/3*pi*(r^3-(r-Wshell)^3);
Dshell = M/Vshell;
print(Dshell);
| r | m |
| r | km |
| r | 光秒 |
| r | 光分 |
| r | 光时 |
| r | 光日 |
| r | 光年 |
| 卷 | m³ |
| 密度 | kg/m³ |
| a | m/s² |
| g | G |
| width | m |
| Dshell | kg/m³ |
目前还没有关于此计算的用户评价。