Megatron throws Dark Energon into the space bridge[]
Already found the size of the space bridge here
First I find the width of Megatron's torso area
Now I can find the distance with the next image and the formula 2atan(tan(70/2)*(object size/panel height)):
Megatron: 2atan(tan(70/2)*(31/480)) = 3.50546901 degrees
Space bridge: 2atan(tan(70/2)*(315/480)) = 34.5452135 degrees
Distance between the two: 4452.502671 - 38.51049981 = 4413.99217 m
The video runs at 25 fps, the chunk is thrown at frame 2341 and reaches the bridge at 2629, which is 288 frames
288/25 = 11.52 seconds
4413.99217 m per 11.52 seconds = 383.159043 m/s (Supersonic)
Redo[]
I realized that 30 ft is an estimate a bit too small for Megs.
86 px - Jack, 16 year old = 173.4 cm
477 px - 961.765117 cm
--
159 px - 961.765117 cm
173 px - 1046.44883 cm
182 px - 1100.88836 cm
Not only that but the space bridge's size also needs to be adjusted.
Nemesis - 16 px - 1405.7647 m
Space bridge - 140 px - 12300.4411 m
But we can still work with what we had in the previous calc.
516 px - 1046.44883 cm
133 px - 269.724214 cm
I also need to correct the angsizing formulas.
Megatron: 2atan(tan(35deg)*(31/480)) = 5.17850123 degrees
Space bridge: 2atan(tan(35deg)*(315/480)) = 49.3586215 degrees
13384.2670065491 - 29.822 = 13354.445 m
13354.445 m per 11.52 seconds = 1159.24002 m/s (Supersonic+)
Two Vehicons push a huge boulder down[]
Megatron is 30 feet or 9.14400 meters (he's not as we learned in the recalc but this calc doesn't need to be changed, I think).
Density of granite is at least 2.65 g/cc
14597413.9 kg / 2 = 7298706.95 kilograms or 7298.70695 tonnes (Class M)
Being fodder/jobber tier, pretty much everyone scales above the Vehicons.
Optimus, Starscream and Knockout tank a huge explosion[]
Calculating this explosion. I already found the ship's length here, at 1405.7647 m.
Fireball[]
The fireball reaches the screen in this shot. How far is the ship from the screen?
Angsizing equation: 2atan(tan(35deg)*(object size/panel height))
2atan(tan(35deg)*(240/720)) = 26.2755625 degrees
Distance: 3011.46008812531 m
Now for the calculations
We find the volume of the fireball:
The density of orange fire is 0.24 kg/m^3.
114398398426.49 x 0.24 = 2.74556156e10 kg
The temperature of orange fire is 1200°C, and the specific heat capacity of air is 919 J/kg*°C. The air temperature in the Arctic (where that scene takes place) is around −30 to −35 °C (I'll just use 30), making the change in temperature 1230°C.
2.74556156e10 x 919 x 1230 = 3.10350042e16 J = 7.4175440249 megatons (City level)
Shockwave[]
The shockwave of the explosion manages to reach other Transformers who are fighting kilometers away, but how strong was that shockwave and how far did it go?
Angsizing equation: 2atan(tan(35deg)*(object size/panel height))
2atan(tan(35deg)*(42/720)) = 4.67794229 degrees
Distance:
So the explosion reached 17208.3433310990 m or 17.2083433 kilometers
Air blast radius (near-total fatalities) formula: Y = ((x/0.28)^3)/1000 with Y in megatons of TNT and x the radius in km
((17.2083433/0.28)^3)/1000 = 232.136317 megatons (Mountain level)