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How can you relate this attack speed to combat speed?
For example, let’s say Character A punches Character B to the surface of the moon. The distance from Earth’s surface to the moon is approximately 384,400 km or 384,000,000 meters. If this feat is depicted over 4 panels, with each panel representing 1 second (1 panel = 1 second), we can calculate the speed and force involved;
1. Velocity:
V=D/T , V= 384000000/4 =96000000 m/s
2. Acceleration:
A=V/T, A= 96000000/4=24000000 m/s^2
3. Force:
F=ma = 70kg(assuming as Ch.B’s weight) x 24000000 = 1680000000N
And If Character A later fights someone like Character C, who can keep up with or evade this speed combat terms, what would that say about the difference between attack and combat speed? would it scale to Character A’s Combat speed?
For example, let’s say Character A punches Character B to the surface of the moon. The distance from Earth’s surface to the moon is approximately 384,400 km or 384,000,000 meters. If this feat is depicted over 4 panels, with each panel representing 1 second (1 panel = 1 second), we can calculate the speed and force involved;
1. Velocity:
V=D/T , V= 384000000/4 =96000000 m/s
2. Acceleration:
A=V/T, A= 96000000/4=24000000 m/s^2
3. Force:
F=ma = 70kg(assuming as Ch.B’s weight) x 24000000 = 1680000000N
And If Character A later fights someone like Character C, who can keep up with or evade this speed combat terms, what would that say about the difference between attack and combat speed? would it scale to Character A’s Combat speed?
