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Stopped Brainiac's larger-than-Earth ship from crashing into Earth with help from the Martian Manhunter
For Brainiac's ship to be intact in the black hole the ship must be made out of strong or dense material.In the previous calculation metal's density usedbut metal can't maintain integrity during a black hole's gravitational pull. Brainiac's ship even traveled even beyond the Source Wall (it's outlier, but it's confirms that the ship was be made out of the strongest material in the universe).
The most densest object in the universe are neutron stars (except black holes).
Calculations:
Density of a Neutron Star = 10^17 kg/m^3.
Low End KE:
Mass = 1.8426E+41 kg
KE = 0.5 * 1.8426E+41 * 16093.44^2 = 2.39E+49 Joules (239 KiloFoe).
High End KE:
Mass = 8.07100E+43 kg
KE = 0.5 * 8.07100E+43 * 16093.44^2 = 1.045E+52 Joules (104.500 MegaFoe).
For Brainiac's ship to be intact in the black hole the ship must be made out of strong or dense material.In the previous calculation metal's density usedbut metal can't maintain integrity during a black hole's gravitational pull. Brainiac's ship even traveled even beyond the Source Wall (it's outlier, but it's confirms that the ship was be made out of the strongest material in the universe).
The most densest object in the universe are neutron stars (except black holes).
Calculations:
Density of a Neutron Star = 10^17 kg/m^3.
Low End KE:
Mass = 1.8426E+41 kg
KE = 0.5 * 1.8426E+41 * 16093.44^2 = 2.39E+49 Joules (239 KiloFoe).
High End KE:
Mass = 8.07100E+43 kg
KE = 0.5 * 8.07100E+43 * 16093.44^2 = 1.045E+52 Joules (104.500 MegaFoe).
