Galo de Lion manifests, fixes global warming by punching the planet repeatedly, sets the entire Solar System on fire and is generally the coolest thing ever. This is a calculation of cosmic proportions so sit back and brace yourselves!
1. Galo de Lion's size
Galo de Lion is a really big robot.
We can scale its height from the Earth.
R = (h/2) + c^2/(8h)
= (379/2) + 2633^2/(8 X 379)
= 2476.00693 X 2
= 4952.01386 pixels
The diameter of the Earth is 12756.2km.
4952.01386 pixels = 12756.2km
1 pixel = 12756.2km/4952.01386 = 2.5759621km
2.5759621km X 641 = 1651.19171km
2.5759621km X 396 = 1020.08099km
2.5759621km X 510 = 1313.74067km
1651.19171km + 1313.74067km = 2964.93238km
2. Galo de Lion punches the Earth
Galo de Lion punches the Earth repeatedly, visibly shaking it. This should be relatively straight forward.
541 pixels = 12756.2km
1 pixel = 12756.2km/541 = 23.5789279km
23.5789279km X 522 = 12308.2004km
Timeframe is 0.10 seconds.
23.5789279km X 499 = 11765.885km
12308.2004km - 11765.885km = 542.3154km
T = 542.3154km/0.10s
= 5423154m/s
The Earth has a mass of 5.9736 X 10^24kg (or 5.9736e24kg).
KE = (0.5)mv^2
= (0.5) X 5.9736e24 X 5423154^2
= 8.7843578e37 joules
= 20.995119024856598116 ninatons
3. Promare dragon flies into the Sun
2:49
Galo de Lion summons a Burnish Dragon of astrological proportions that flies through the Solar System and slams into the Sun, then ignites the entire Solar System. The Sun is pushed back at FTL speeds, so is unfortunately uncalcable (though this does cement it at being star level in anycase), but the speed is quantifiable. The distance from the Earth to the Sun is 149,597,870km.
Timeframe is 6.42 seconds.
T = 149,597,870km/6.42s
= 2.33018489e10/299792458
= 77.7266014 C
4. Complete combustion shakes the Solar System
The Promare Dragon then splits apart and ignites every planet in the Solar System, which is a very clear solar system level feat. The Promare Dragon hits every planet in the Solar System, including Pluto (yes it's still a planet in our hearts), you can even see the elliptical orbit. First off for speed. On average, Pluto is 5,906,380,000km from the Sun.
Timeframe is 0.62 seconds.
T = 5,906,380,000km/0.62s
= 9.52641935e12/299792458
= 31776.7145 C
Now for the energy. The Promare dragon shakes every planet of the Solar System, as well as the Sun (thankfully this time at sub-light speeds). Scaling from Neptune, which has a diameter of 49,244km (and a mass of 1.02 X 10^26kg, or 1.02e26kg, which will come of importance soon).
30 pixels = 49,244km
1 pixel = 49,244km/30 = 1641.46667km
1641.46667km X 131 = 215032.134km
Timeframe is 0.07 seconds.
1641.46667km X 140 = 229805.334km
229805.334km - 215032.134km = 14773.2km
T = 14773.2km/0.07s
= 211045714m/s
Now for the mass of all the planets shook. The Sun has a mass of 1.989 X 10^30kg (or 1.98900e30kg), Mercury has a mass of 330 X 10^23kg (or 3.3e25kg), Venus has a mass of 4.867 X 10^24kg (or 4.86700e24kg), the Earth has a mass of 5.9736e24kg (as per above), Mars has a mass of 6.39 X 10^23kg (or 6.39e23kg), Jupiter has a mass of 1.9 X 10^27kg (or 1.9e27kg), Saturn has a mass of 5.683 X 10^26kg (or 5.68300e26kg), Uranus has a mass of 8.68100e25kg (as per above), Neptune has a mass of 1.024 X 10^26kg (or 1.02400e26kg) and Pluto has a mass of 1.30900 X 10^22kg (or 1.30900e22kg)
M = 1.98900e30kg + 3.3e25kg + 4.86700e24kg + 6.39e23kg + 1.9e27kg + 5.68300e26kg + 8.68100e25kg + 1.02400e26kg + 1.30900e22kg
= 1991696029090000000000000000000kg
Given it's moving at relativistic speeds, we can get relativistic kinetic energy. Entering this value and the speed into the relativistic kinetic energy calculator and we have a result of 7.296E+46 joules, or 729.6 FOE.
Final Results
Galo de Lion's height = 2964.932km
Galo de Lion punches the Earth = 20.995 ninatons
Giant Promare Dragon flies into the Sun = 77.727 C
Promare dragons shakes the Solar System (speed) = 31776.715 C
Promare dragon shakes the Solar System (energy) = 729.6 FOE
And on a final note? This is just with the Promare that was in the Earths core. The full Promare would be even more powerful.
1. Galo de Lion's size
Galo de Lion is a really big robot.
R = (h/2) + c^2/(8h)
= (379/2) + 2633^2/(8 X 379)
= 2476.00693 X 2
= 4952.01386 pixels
The diameter of the Earth is 12756.2km.
4952.01386 pixels = 12756.2km
1 pixel = 12756.2km/4952.01386 = 2.5759621km
2.5759621km X 641 = 1651.19171km
2.5759621km X 396 = 1020.08099km
2.5759621km X 510 = 1313.74067km
1651.19171km + 1313.74067km = 2964.93238km
2. Galo de Lion punches the Earth
Galo de Lion punches the Earth repeatedly, visibly shaking it. This should be relatively straight forward.
1 pixel = 12756.2km/541 = 23.5789279km
23.5789279km X 522 = 12308.2004km
23.5789279km X 499 = 11765.885km
12308.2004km - 11765.885km = 542.3154km
T = 542.3154km/0.10s
= 5423154m/s
The Earth has a mass of 5.9736 X 10^24kg (or 5.9736e24kg).
KE = (0.5)mv^2
= (0.5) X 5.9736e24 X 5423154^2
= 8.7843578e37 joules
= 20.995119024856598116 ninatons
3. Promare dragon flies into the Sun
2:49
Galo de Lion summons a Burnish Dragon of astrological proportions that flies through the Solar System and slams into the Sun, then ignites the entire Solar System. The Sun is pushed back at FTL speeds, so is unfortunately uncalcable (though this does cement it at being star level in anycase), but the speed is quantifiable. The distance from the Earth to the Sun is 149,597,870km.
T = 149,597,870km/6.42s
= 2.33018489e10/299792458
= 77.7266014 C
4. Complete combustion shakes the Solar System
The Promare Dragon then splits apart and ignites every planet in the Solar System, which is a very clear solar system level feat. The Promare Dragon hits every planet in the Solar System, including Pluto (yes it's still a planet in our hearts), you can even see the elliptical orbit. First off for speed. On average, Pluto is 5,906,380,000km from the Sun.
T = 5,906,380,000km/0.62s
= 9.52641935e12/299792458
= 31776.7145 C
Now for the energy. The Promare dragon shakes every planet of the Solar System, as well as the Sun (thankfully this time at sub-light speeds). Scaling from Neptune, which has a diameter of 49,244km (and a mass of 1.02 X 10^26kg, or 1.02e26kg, which will come of importance soon).
1 pixel = 49,244km/30 = 1641.46667km
1641.46667km X 131 = 215032.134km
1641.46667km X 140 = 229805.334km
229805.334km - 215032.134km = 14773.2km
T = 14773.2km/0.07s
= 211045714m/s
Now for the mass of all the planets shook. The Sun has a mass of 1.989 X 10^30kg (or 1.98900e30kg), Mercury has a mass of 330 X 10^23kg (or 3.3e25kg), Venus has a mass of 4.867 X 10^24kg (or 4.86700e24kg), the Earth has a mass of 5.9736e24kg (as per above), Mars has a mass of 6.39 X 10^23kg (or 6.39e23kg), Jupiter has a mass of 1.9 X 10^27kg (or 1.9e27kg), Saturn has a mass of 5.683 X 10^26kg (or 5.68300e26kg), Uranus has a mass of 8.68100e25kg (as per above), Neptune has a mass of 1.024 X 10^26kg (or 1.02400e26kg) and Pluto has a mass of 1.30900 X 10^22kg (or 1.30900e22kg)
M = 1.98900e30kg + 3.3e25kg + 4.86700e24kg + 6.39e23kg + 1.9e27kg + 5.68300e26kg + 8.68100e25kg + 1.02400e26kg + 1.30900e22kg
= 1991696029090000000000000000000kg
Given it's moving at relativistic speeds, we can get relativistic kinetic energy. Entering this value and the speed into the relativistic kinetic energy calculator and we have a result of 7.296E+46 joules, or 729.6 FOE.
Final Results
Galo de Lion's height = 2964.932km
Galo de Lion punches the Earth = 20.995 ninatons
Giant Promare Dragon flies into the Sun = 77.727 C
Promare dragons shakes the Solar System (speed) = 31776.715 C
Promare dragon shakes the Solar System (energy) = 729.6 FOE
And on a final note? This is just with the Promare that was in the Earths core. The full Promare would be even more powerful.
