The Reason for a recalc[]
As pointed out in a comment on the main form, the above actually has an incorrect assumption:
One thing, doesn't the inverse square law only work if the attacks were. Ya'know—omnidirectional—.
Which is true. The above calc is assuming the blast is an omni-directional explosion, when it is in fact a cone of energy that is sent forward.
- AngSize Calculator
- Sector Area calculator
- Since an angle is not known, I'll just use 45 degrees
Visible Star End[]
To use the original calc's assumptions:
- 4,000 lightyears = 3.7843e+19 Meters
- Using the AngSize calculator = 3.1350e+19 is the size
- 3.1350e+19 / 2 = 1.5675e+19 meters is the radius
- Sector Area: 9.6488373e+37 meters^2
After that we just take the GBE and Frontal Surface Area of the Sun and go from there
- 5.693e+41 Joules = Accepted GBE of the Sun
- Surface Area of the Sun according to NASA = 6.087799e+12 kilometers^2 or 6.087799e+18 meters^2
- 5.693e+41 * (9.6488373e+37 / (6.087799e+18 / 2)) = X
- 5.693e+41 * (9.6488373e+37 / 3.0438995e+18) = 1.8046204e+61 Joules (4-A)
- 6.16141e+61 Joules / 2 (Saitama + Garou) = 9.023102e+60 Joules (4-A)
Milky Way Galaxy End[]
This assumption would be if the explosion went straight through the entire galaxy's diameter
- Milky Way = 100,000 ly (approximation) = 9.46073e+20 meters
- AngSize: 7.8375e+20 meters
- 7.8375e+20 / 2 = 3.91875e+20 meters
- Sector Area: 6.0305233e+40 meters^2
- 5.693e+41 * (6.0305233e+40 / 3.0438995e+18) = 1.12788e+64 Joules (4-A)
- 1.12788e+64 Joules / 2 (Saitama + Garou) = 5.6394e+63 Joules (4-A)
Andromeda Galaxy End[]
- Distance from Earth to Andromeda = 2.4030255e+22 meters
- AngSize Calculator = 1.9907e+22 meters
- 1.9907e+22 / 2 = 9.9535e+21 meters
- Sector Area = 3.8905547e+43 meters^2
- 5.693e+41 * (3.8905547e+43 / 3.0438995e+18) = 7.27649e+66 Joules (3-C)
- 7.27649e+66 Joules / 2 (Saitama + Garou) = 3.638245e+66 Joules (3-C)
Results[]
- Visible Star End = 9.023102e+60 Joules (4-A)
- Milky Way Galaxy End = 5.6394e+63 Joules (4-A)
- Another Galaxy = 3.638245e+66 Joules (3-C)