Calc request for @Kaaant.
16:40
A artifact moves the celestial bodies of Endor. Now, there are two ways in which we'll be doing this. Endor has a diameter of 4,900km, so the moons would be smaller than that. For the larger of the two bodies, we'll be using Earth's Moon Luna, which has a mass of 7.34767309e22kg and a diameter of 3474.8km. For the smaller of the two, we'll be using Saturns moon Dione, which has a diameter of 396km and a mass of 10^20kg.
Timeframe is 2.98 seconds.
212 pixels = 396km
1 pixel = 396km/212 = 1.86792453km
1.86792453km X 242 = 452.037736km
377 pixels = 3474.8km
1 pixel = 3474.8km/377 = 9.21697613km
9.21697613km X 330 = 3041.60212km
T = 452.037736km/2.98s
= 151690.515m/s
KE = (0.5)mv^2
= (0.5) X 1.0e20 X 151690.515^2
= 1.15050062e30 joules
T = 3041.60212km/2.98s
= 1020671.85m/s
KE = (0.5)mv^2
= (0.5) X 7.34767309e22 X 1020671.85^2
= 3.82729646e34 joules
Now, we add those up for our final yield.
E = 1.15050062e30 + 3.82729646e34
= 3.82741151e34 joules
= 9.1477330544933082024 yottatons
Final Results
Darkside Ewok artefact moves celestial bodies = 9.148 yottatons
16:40
212 pixels = 396km
1 pixel = 396km/212 = 1.86792453km
1.86792453km X 242 = 452.037736km
377 pixels = 3474.8km
1 pixel = 3474.8km/377 = 9.21697613km
9.21697613km X 330 = 3041.60212km
T = 452.037736km/2.98s
= 151690.515m/s
KE = (0.5)mv^2
= (0.5) X 1.0e20 X 151690.515^2
= 1.15050062e30 joules
T = 3041.60212km/2.98s
= 1020671.85m/s
KE = (0.5)mv^2
= (0.5) X 7.34767309e22 X 1020671.85^2
= 3.82729646e34 joules
Now, we add those up for our final yield.
E = 1.15050062e30 + 3.82729646e34
= 3.82741151e34 joules
= 9.1477330544933082024 yottatons
Final Results
Darkside Ewok artefact moves celestial bodies = 9.148 yottatons
