Supernovas
produces the same destructive power of 10^162 Gigaton of TNT
They full strength of the blast has a range of 10au depending on the size of the sun, but the remnant shockwave and radiation has a travel distance of around 50au with dissipating intensity over distance.
The Sol System Relay
For Relay orbiting distance the Sol Relay was approximately sitting 39au from our star.
The Mu Relay
It was estimated that the Mu Relay was much closer to the star that went supernova (possibly as close at 13au based on in-game start charts) but just to be lenient lets say it was still 39au from the blast center.
Due to It’s distance from the blast center it was hit with approximately only 10 Gigaton of TNT and as a result was not damaged but was flung out of it’s orbit. Although it could have been as high as 10^6 Gigaton.
The Citadel
As stated in Mass Effect Revelation The Citadel is made from the same materials as the Mass Relays. The presidium and each arm also contains pods that produce mass effect fields the protect the wards by keeping the outer skin separate from the rest of the structures, which protects it from intense external damage. It stands to reason the Citadel (with it’s arms closed) could also sustain external hits of a Gigaton or greater.
In essence; the Citadel would have to incur a massive internalized explosion, where it is most vulnerable. To be lenient lets place the explosion at no greater than 1 Gigaton (although could be as great as 10 Gigaton).
The Human Body
At 537 degrees celsius (1000 Fahrenheit) the human skin catches fire.
At 982 degrees celsius (1800 Fahrenheit) human bones can turn to ash
The blast that would have destroyed the Citadel would have produced temperatures in excess of 8,000,000 degrees celsius (14,400,032 Fahrenheit) vaporizing anyone inside the blast zone.
So what am I trying to say, well....
Modifié par Salient Archer, 11 mai 2012 - 12:45 .




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