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As the title suggests, I am suggesting the removal of all calcs from Murder Drones profiles that assume the Null's generated by the Absolute Solver are actually black holes, or black hole adjacent. I honestly don't know how this hasn't been addressed before, but here I am. So, as I implied earlier, nulls are not black holes, nor do they share any similarities to black holes. I am here to prove that.
The first thing we'll address is the solar system level calculation. The feat in question is below, 10:45-10:50
Now, let's calculate the mass of this black hole. We'll use the linked calculations radius of 27 155 500 meters, for the sake of convenience. According to A Black Hole - Up Close! from Nasa. According to them, a black hole with a radius of about 1 meter has about 120 times the mass of Earth. And according to Earth, also sourced from Nasa, Earth has a mass of 5.98e+24 kg, or 5980000000000000000000000 kg, converted to full number form for ease of use. Multiplied by 120, that's 7.176e+26 kg. So that's 1 meter/7.176e+26 kg. Mutliply both sides by 27 155 500 meters to get 1.9486787e+34 kg. According to Mercer, the sun has a mass of 1.9891e+30 kg, for reference. That's nearly 10 000 times as much mass.
Now, let's move back to the video I linked above. Does anyone here know of anything even remotely close to an actual black hole that emits expulsive force after being spawned inside a planet? Not only that, but this is supposed to be a black hole with more mass than the sun. Why is the solar system at large not being effected? Hell, forget the solar system. What about the moon? What about the fragments of Earth that are right there, and apparently moving away from our supposed black hole. As evidenced from all of this, this cannot be a black hole, and thus, a calc using it as a black hole also cannot be a black hole.
Second calc is a large planetary, and equally as not a black hole as the solar system level calc. Feat linked below.
The calc says that the black hole is 1.29351851853 meters in radius, so using all the prior information given, this black hole has a mass of 9.2822889e+26 kg. For reference, Saturn is 5.683 × 10^26 kg, according to the Las Cumbres Observatory. So does anyone want to explain why a supposed black hole with more mass than Saturn is having absolutely zero effect on its surroundings?
Given all thus, I think its safe to conclude that nulls are not black holes, and should not be calculated like black holes.
The first thing we'll address is the solar system level calculation. The feat in question is below, 10:45-10:50
Now, let's calculate the mass of this black hole. We'll use the linked calculations radius of 27 155 500 meters, for the sake of convenience. According to A Black Hole - Up Close! from Nasa. According to them, a black hole with a radius of about 1 meter has about 120 times the mass of Earth. And according to Earth, also sourced from Nasa, Earth has a mass of 5.98e+24 kg, or 5980000000000000000000000 kg, converted to full number form for ease of use. Multiplied by 120, that's 7.176e+26 kg. So that's 1 meter/7.176e+26 kg. Mutliply both sides by 27 155 500 meters to get 1.9486787e+34 kg. According to Mercer, the sun has a mass of 1.9891e+30 kg, for reference. That's nearly 10 000 times as much mass.
Now, let's move back to the video I linked above. Does anyone here know of anything even remotely close to an actual black hole that emits expulsive force after being spawned inside a planet? Not only that, but this is supposed to be a black hole with more mass than the sun. Why is the solar system at large not being effected? Hell, forget the solar system. What about the moon? What about the fragments of Earth that are right there, and apparently moving away from our supposed black hole. As evidenced from all of this, this cannot be a black hole, and thus, a calc using it as a black hole also cannot be a black hole.
Second calc is a large planetary, and equally as not a black hole as the solar system level calc. Feat linked below.
The calc says that the black hole is 1.29351851853 meters in radius, so using all the prior information given, this black hole has a mass of 9.2822889e+26 kg. For reference, Saturn is 5.683 × 10^26 kg, according to the Las Cumbres Observatory. So does anyone want to explain why a supposed black hole with more mass than Saturn is having absolutely zero effect on its surroundings?
Given all thus, I think its safe to conclude that nulls are not black holes, and should not be calculated like black holes.