Originally posted by TricksterPriestEh, yeah. Oh my fault, I guess Anubis gets the first three attacks in this battle. I only replied to this thread because you were complaining.
Hmm. Ok, why? Can he withstand a 20 terawatt blast? Or punch through a compressed space barrier? Or survive a space compression energy cooridor?
Originally posted by TricksterPriest
You'd think at least one person would notice I put Sentry into a good fight.......🙁 Can't anyone read my thread and comment?
Oh, and Anubis = shit.
Originally posted by Symmetric Chaos
Nah
Originally posted by TricksterPriestYes I did but I just felt like http://www.badgerbadgerbadger.com/ you.
Oh come on. I admit Sentry will probably win this. But I was expecting Anubis to do pretty well. Did you read the links I provided?
Originally posted by Symmetric Chaoshttp://www.badgerbadgerbadger.com/
❌Anubis is a teleporter with a huge gun not something that goes down easy.
Originally posted by Badabing
http://www.badgerbadgerbadger.com/
*dances*
Is Sentry really that powerful? Do you know what a compressed space blast does to normal space? Can Sentry survive getting the space around him warped? Or having his electrical impulses disrupted by a geyser shot? Can he punch through a compressed space barrier? Anubis is capable of atmospheric re-entry at high speeds without suffering any kind of heat damage. All OFs are surrounded by a space compression field, and their shields are invulnerable to almost all ballistic firearms. Anubis can use it's vector trap to block solid and energy weapons, and return them back at the source.
Originally posted by TricksterPriest
Factoid: The total of Earth's power supply is estimated at 11-13 tera watts.
A standard OF, can generate over 20 with a burst shot, which concentrates it's power into a single blast. First stage Jehuty, which is nowhere near Anubis in power, can easily generate 25 tera watt burst shots. OF runners (pilots) can command the orbital frame to use it's energy in any way they desire.
Factoid: A supernova generates 1e44j. One watt is one joule per second.
That's 100,000,000,000,000,000,000,000,000,000,000 terawatts.
A terawatt really isn't that much. Over a sustainable period of time, like for energy generation, it's okay, but not for weaponry. 20 terawatts is only equivalent to the energy of a small nuclear weapon every second.
The Tsar Bomba was capable of producing 5.3 yottawatts of power (1 yottawatt = 1 trillion terawatts)