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it's accepted that the radiation people absorbed there is around 50-100 gy. But the intensity of the radiation Garou emits should be different.
Radiation's intensity on you decreases depending on the distance between where it emits and where you stand, which Blast also says that if Bang were to get close to Garou, he would die.
It follows the inverse square law, so the formula would be :
Intensity1 x Distance1^2 = Intensity2 x Distance2^2
For Distance2, Garou's distance to panel should be enough considering there are people behind the panel as well. Garou is 177 cm, his height is around 115 pixel.
177 * 1138/[115*2*tan(70deg/2)] = 1250.72235 cm = 12.5072235 m
Intensity1 x 1 = 100 x 12.5072235^2
Intensity1 = 15643.064 Gy.
Though there is the fact that Tareo who was away from them died because of the radiation. So the intensity can be higher. but Tareo is a kid and i'm not exactly sure if he was dead there.
Also after his battle against Saitama, Garou's radiation might have become way more intense. His radiation was capable of creating particle antiparticle pairs. We can see that all of his particles has their corresponding antiparticles with them. Garou's radiation was capable of creating as many antiparticles as the number of particles in his body. All of his particles should be equal to his mass. Which means his radiation should create 70kg antimatter.
E = mc^2 for mass-energy equivalence
Gy = Total Energy / Mass
Garou's weight is unknown. Average person has an weight of 70 kg. Saitama also has 70 kg, I'll use 70kg for Garou as well.
E = 70 x (299792458^2) = 6.29128625e18
Gy = 6.29128625e18 / 70 = 8.98755179e16 Gy
Radiation's intensity on you decreases depending on the distance between where it emits and where you stand, which Blast also says that if Bang were to get close to Garou, he would die.
It follows the inverse square law, so the formula would be :
Intensity1 x Distance1^2 = Intensity2 x Distance2^2
For Distance2, Garou's distance to panel should be enough considering there are people behind the panel as well. Garou is 177 cm, his height is around 115 pixel.
177 * 1138/[115*2*tan(70deg/2)] = 1250.72235 cm = 12.5072235 m
Intensity1 x 1 = 100 x 12.5072235^2
Intensity1 = 15643.064 Gy.
Though there is the fact that Tareo who was away from them died because of the radiation. So the intensity can be higher. but Tareo is a kid and i'm not exactly sure if he was dead there.
Also after his battle against Saitama, Garou's radiation might have become way more intense. His radiation was capable of creating particle antiparticle pairs. We can see that all of his particles has their corresponding antiparticles with them. Garou's radiation was capable of creating as many antiparticles as the number of particles in his body. All of his particles should be equal to his mass. Which means his radiation should create 70kg antimatter.
E = mc^2 for mass-energy equivalence
Gy = Total Energy / Mass
Garou's weight is unknown. Average person has an weight of 70 kg. Saitama also has 70 kg, I'll use 70kg for Garou as well.
E = 70 x (299792458^2) = 6.29128625e18
Gy = 6.29128625e18 / 70 = 8.98755179e16 Gy
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