Summary[]
This blog is to compile many different feats relating to The Might of Guardian Prime a Comic Republic Superhero comic.
Calculation 1[]
This is a pretty simple speed calc from Issue #2 Guardian Prime flies 2,256 Miles in 5 seconds to save civilians in place
2256mi/5s = 726,136m/s (Massively Hypersonic+)
Calculation 2[]
Part 1 - Lifting Strength[]
Guardian Prime stops a large asteroid that will impact the Earth and flies it to the Sun at Relativistic speeds then proceeds to fly back at relativistic speeds as well so we'll be doing a couple of calcs
The asteroid has a stated size of 6300 Square kilometers (that's a little under Delaware's total area)
(6300km^2)*1e+6 = 6,300,000,000m^2 is 500,046,997,791,207.625m^3 ( I got this value using this converter), we'll multiply it by 3000 kg/m^3 which is the density of meteors
(500,046,997,791,207.625m^3)*(3000 kg/m^3) = 1.50014099 × 10^18 kg or 1,500,140,990,000,000 Metric Tons (Class T)
Part 1 Ver2. - Lifting Strength[]
While the math was correct since the converted I used didn't account for a cone's volume in particular and we only have surface area we're gonna try this by scaling the meteor from a building
The average floor height of a building is 4.26 meters
Red line: 2px or 4.26m
Blue line (dome height): 75px
White line: (cone height): 124px
Green line (asteroid diameter): 457px
(4.26m/2)*75 = 159.75m
(4.26m/2)*124 = 264.12m
(4.26m/2)*457 = 973.41m
973.41m/2 = 486.70500 radius
we'll start by calcing the volume of the dome using this formula: volume = ((π × h²) / 3) × (3r - h)
(π × 159.75m²) / 3) × (3(486.70500) - 159.75m) = 34,751,665.5029m^3
Now we'll calc the volume of the cone using this formula: volume = (1/3) * π * r² * h
(1/3)*π*486.70500²*264.12 = 65518134.3518m^3
now combining them for a total volume of 100269799.855m^3 and multiplying that once again by the density of meteors gets us this
(100,269,799.855m^3) * (3000 kg/m^3) = 300,809,399,565kg or 300,809,399.564999998 Metric Tons (Class G)
Part 2 - Speed[]
Guardian Prime flies from the Sun to Earth in 15 minutes so this should be simple. The Average distance from the Earth to the Sun that Nasa provides is is 92,900,000 Miles
92,900,000 Miles is equal to 149,508,057,600 meters, Guardian Prime flies this distance in 900 seconds or 15 minutes
149,508,057,600m/900s = 166,120,064m/s or Mach 484,315.05539359 (Relativistic+)
Part 3 - Attack Potency[]
Considering now that we know Guardian Prime can reach the sun from Earth in 15 minutes of flight we'll now use that to calc the energy needed to carry that giant meteor as such speeds which is actually pretty simple but we'll do a couple of ends of this since he could've easily took longer due to the extra weight. KE= 0.5 x mass x speed2
High-End [ACCEPTED], assuming he did it in 15 minutes
(0.5)*(300,809,399,565 kg) * (166,120,064m/s^2) = 4.1505494e+27 joules or 0.99200511472275332281 Exatons of TNT (Multi-Continent Level)
Mid-End, assuming he did it in 20 minutes
(0.5) *(300,809,399,565 kg) * (124,590,048m/s^2) = 2.334684e+27 joules or 0.55800286806883370172 Exatons of TNT (Multi-Continent level)
Low-End, assuming he did it in 25 minutes
(0.5)*(300,809,399,565 kg) * (99,672,038.4m/s^2) = 1.4941978e+27 joules or 0.35712184512428302163 Exatons of TNT (Multi-Continent level)
Super Low-End, assuming he did it in 30 minutes
(0.5)*(300,809,399,565 kg) * (83,060,032m/s^2) = 1.0376373e+27 joules or 0.24800126673040154279 Exatons of TNT (Multi-Continent level)
Results[]
Speed [Accepted]:
726,136m/s (Massively Hypersonic+) in Atmosphere flight speed
166,120,064m/s or Mach 484,315.05539359 (Relativistic+) Space flight speed
Lifting Strength [Accepted]:
300,809,399.564999998 Metric Tons (Class G)
Attack Potency:
High-End AP [ACCEPTED] = 0.99200511472275332281 Exatons of TNT (Multi-Continent Level)
Mid-End AP = 0.55800286806883370172 Exatons of TNT (Multi-Continent level)
Low-End AP = 0.35712184512428302163 Exatons of TNT (Multi-Continent level)
Super Low-End AP = 0.24800126673040154279 Exatons of TNT (Multi-Continent level)