Originally posted by DigiMark007
Apollo wins. His showings speak for themselves, and he doesn't lose his charge as quickly as most of the forum seems to think. Good fight an all, and I don't want to sell Diana short....but she wouldn't win this.
😕
You'd be hard pressed to name a single showing that suggests that Apollo is even in the same league as Wonder Woman let a lone above her.
Originally posted by Joey Stacks
Apollo has to sun amp to be powerful enough to fight someone with the strength of I think 3,000,000 men, women and children? If you average that to 200 lbs of lifting strength for every person, that's still a pretty sad number to have to sundip at. 🙁
3,000,000? At the time of the first fight, he had the strength of 13 million. By the time of the second fight it was at least 70% of the world's population... So that's over 4.6 billion people. Even if that's an average of 100 pounds per person, that's 230 million tons right there. So Reverend Clay is FAR stronger than having the strength of 3 million.
Also, Apollo has sterilized the entire sun from aliens.
http://img368.imageshack.us/my.php?image=10kn2.jpg
http://img368.imageshack.us/my.php?image=21jj1.jpg
http://img511.imageshack.us/my.php?image=35yn.jpg
http://img368.imageshack.us/my.php?image=40qd.jpg
(scans courtesy of the Authority Respect Thread).
So fighting someone who can lift 230 million tons and needing to sundip for it makes Apollo on Starfire level?
Originally posted by The Fake Macoy
3,000,000? At the time of the first fight, he had the strength of 13 million. By the time of the second fight it was at least 70% of the world's population... So that's over 4.6 billion people. Even if that's an average of 100 pounds per person, that's 230 million tons right there. So Reverend Clay is FAR stronger than having the strength of 3 million.Also, Apollo has sterilized the entire sun from aliens.
http://img368.imageshack.us/my.php?image=10kn2.jpg
http://img368.imageshack.us/my.php?image=21jj1.jpg
http://img511.imageshack.us/my.php?image=35yn.jpg
http://img368.imageshack.us/my.php?image=40qd.jpg
(scans courtesy of the Authority Respect Thread).So fighting someone who can lift 230 million tons and needing to sundip for it makes Apollo on Starfire level?
HAh. Wonder Woman towed a third of the Earth's Mass against the gravitation pull of the sun. Thus Actually pulling a third the weight of the gravity of the sun. It was like each of them were pulling hundreds of Earths. Now let's see Apollo Even begin to scratch that.
F = GMm/(r^2)
Where F is the gravitational force exerted at radius r, by object M and m on each other. And G is the universal gravitational constant.
It doesn't equate to hundreds of earths. 😐
The F between the Earth and the Sun equates to ~3.52×10^22 N. To cause the Earth to move away from the Sun, one must exert more F than this in the opposite direction.
Which is actually less than lifting the equivalent of a third the Earth's mass against acceleration due to gravity at the surface of the Earth (~1.11×10^25.)
Although WW probably wins...
Originally posted by xmarksthespot
F = GMm/(r^2)Where F is the gravitational force exerted at radius r, by object M and m on each other. And G is the universal gravitational constant.
It doesn't equate to hundreds of earths. 😐
The F between the Earth and the Sun equates to ~3.52×10^22 N. To cause the Earth to move away from the Sun, one must exert more F than this in the opposite direction.
Which is actually less than lifting the equivalent of a third the Earth's mass against acceleration due to gravity at the surface of the Earth (~1.11×10^25.)
Although WW probably wins...
Originally posted by xmarksthespot
F = GMm/(r^2)Where F is the gravitational force exerted at radius r, by object M and m on each other. And G is the universal gravitational constant.
It doesn't equate to hundreds of earths. 😐
The F between the Earth and the Sun equates to ~3.52×10^22 N. To cause the Earth to move away from the Sun, one must exert more F than this in the opposite direction.
Which is actually less than lifting the equivalent of a third the Earth's mass against acceleration due to gravity at the surface of the Earth (~1.11×10^25.)
Although WW probably wins...
THat's not how you come up with the EARTH"S mass as it relates to the sun. You must think of the sun as a big planet. and take the mass of the sun in relation to the earth. The sun holds the entire solar system in place. It would take much more lifting than many many earths to knock it out of orbit.
