nottheking
Distinguished
[citation][nom]chickenhoagie[/nom]sounds more like an oxymoron to me.[/citation]
That's because you didn't bother to think on the subject. Just read my prior comments. To simplify it even more for you: rules determine just how HARD the US would come down on that hacker.
Coincidentally, we've had no nuclear war for quite some time, and it's not for lack of nukes. Guess rules do something after all!
[citation][nom]mrmotion[/nom]78% of all statics are made up on the spot. Who cares if its only 10%? That 10% will be the most populated and important spots in the world. Not only that but that same 10% will create enough fall out to take out another 50%(yeah i pulled this number out of my ass too) of land mass.[/citation]
Actually, if you pay attention to what I write around here, you'd know I do NOT make up any statistics; I never have the need to when I'm fully capable of acquiring real, truthful, correct, and factual ones. If I made a statement of a statistic, it's because I did the research and math beforehand, so I resent your utterly baseless acusation. Let's just take the following, real statistics:
- The average yield of the world's nuclear bombs at any point was generally UNDER 1 megaton, since most nukes are/were "tactical" ones, as small as the 20-ton Davy Crockett Nuclear Rifle.
- A 1 megaton bomb has a blast radius of approximately 5 miles/8 kilometers. This gives is a blast area of 201 km². (3.141592 x 8²)
- At their peak, the USA had 31,700 warheads in 1966, the USSR 40,723 in 1986, for 72,423 total. Note that these were far different years; the highest worldwide (INCLUDING Britain, France, and China) peaked at only 65,056 in 1986.
- Using the larger figure anyway, we get a total potential blast area of 14,557,023 km² (201 x 72,423) for all bombs combined. Earth has 148,940,000 km² of land, 510,072,000 km² of total surface. So that's 9.8% of the land area, or 2.9% of the total surface. (4% was a typo; I meant to round it to 3%)
Note that the above figure merely totals the amount of land that'd be touched by ONE bomb, and said radius is gonna contain a lot of survivors, since the edge is where the 50/50 death rate will occur. Even at a linear slope, that'd suggest only a 75% kill rate. In reality, it'd be a steep drop-off, and would likely kill far fewer; estimates place the Little Boy's kill rate on Hiroshima at 25-50%.
And obviously, the effects of fallout are vastly overstated; with a conventional air-burst weapon, the amount of surface destruction is maximized, but there isn't much long-lived radiation. The typical fallout will cut down by 90% after 7 hours, and then divide by 10 every 7-fold increase in time after that; a total of two weeks after the bombing the radiation levels would reach 1/1000th, a tiny fraction of the original. This lack of widespread fallout deaths is evidenced by the distinct lack of large numbers of nuclear casualties in the areas OUTSIDE of Hiroshima and Nagasaki; and the fact that both cities are well and thriving today.
And even in the USA alone, there are some 19,429 cities, towns, and other municipalities. With very few exceptions, you're going to need at least one bomb per. And of course, larger cities will need more than one; Jacksonville, FL, for instance, will need at least 10.
So even assuming 20,000 bombs or so wipe out all cities in the USA (or even all of the USA!) you've... Used up 27.6% of all those bombs to affect 62% of the USA's population. With the USA having 310.5/6,872.2 million of the world's people, or 4.52%, that means you've merely AFFECTED ~2.8% of the world's people. Again, working back and assuming you could always target cities like this, this means the entire stockpile would be able to affect 10.1% of the world's people. And of course, once you factor in that there will be survivors, that means only 2.5-7.5% of the world's population. So that's indeed a lot; comparable to the death rate of WW2, where ~55 million out of 2,300 million died, or 2.4% of the world's population. That's severe, but hardly a "wipe out the civilization" scenario.
Now let it be known I certainly don't make up statistics on the spot.
That's because you didn't bother to think on the subject. Just read my prior comments. To simplify it even more for you: rules determine just how HARD the US would come down on that hacker.
Coincidentally, we've had no nuclear war for quite some time, and it's not for lack of nukes. Guess rules do something after all!
[citation][nom]mrmotion[/nom]78% of all statics are made up on the spot. Who cares if its only 10%? That 10% will be the most populated and important spots in the world. Not only that but that same 10% will create enough fall out to take out another 50%(yeah i pulled this number out of my ass too) of land mass.[/citation]
Actually, if you pay attention to what I write around here, you'd know I do NOT make up any statistics; I never have the need to when I'm fully capable of acquiring real, truthful, correct, and factual ones. If I made a statement of a statistic, it's because I did the research and math beforehand, so I resent your utterly baseless acusation. Let's just take the following, real statistics:
- The average yield of the world's nuclear bombs at any point was generally UNDER 1 megaton, since most nukes are/were "tactical" ones, as small as the 20-ton Davy Crockett Nuclear Rifle.
- A 1 megaton bomb has a blast radius of approximately 5 miles/8 kilometers. This gives is a blast area of 201 km². (3.141592 x 8²)
- At their peak, the USA had 31,700 warheads in 1966, the USSR 40,723 in 1986, for 72,423 total. Note that these were far different years; the highest worldwide (INCLUDING Britain, France, and China) peaked at only 65,056 in 1986.
- Using the larger figure anyway, we get a total potential blast area of 14,557,023 km² (201 x 72,423) for all bombs combined. Earth has 148,940,000 km² of land, 510,072,000 km² of total surface. So that's 9.8% of the land area, or 2.9% of the total surface. (4% was a typo; I meant to round it to 3%)
Note that the above figure merely totals the amount of land that'd be touched by ONE bomb, and said radius is gonna contain a lot of survivors, since the edge is where the 50/50 death rate will occur. Even at a linear slope, that'd suggest only a 75% kill rate. In reality, it'd be a steep drop-off, and would likely kill far fewer; estimates place the Little Boy's kill rate on Hiroshima at 25-50%.
And obviously, the effects of fallout are vastly overstated; with a conventional air-burst weapon, the amount of surface destruction is maximized, but there isn't much long-lived radiation. The typical fallout will cut down by 90% after 7 hours, and then divide by 10 every 7-fold increase in time after that; a total of two weeks after the bombing the radiation levels would reach 1/1000th, a tiny fraction of the original. This lack of widespread fallout deaths is evidenced by the distinct lack of large numbers of nuclear casualties in the areas OUTSIDE of Hiroshima and Nagasaki; and the fact that both cities are well and thriving today.
And even in the USA alone, there are some 19,429 cities, towns, and other municipalities. With very few exceptions, you're going to need at least one bomb per. And of course, larger cities will need more than one; Jacksonville, FL, for instance, will need at least 10.
So even assuming 20,000 bombs or so wipe out all cities in the USA (or even all of the USA!) you've... Used up 27.6% of all those bombs to affect 62% of the USA's population. With the USA having 310.5/6,872.2 million of the world's people, or 4.52%, that means you've merely AFFECTED ~2.8% of the world's people. Again, working back and assuming you could always target cities like this, this means the entire stockpile would be able to affect 10.1% of the world's people. And of course, once you factor in that there will be survivors, that means only 2.5-7.5% of the world's population. So that's indeed a lot; comparable to the death rate of WW2, where ~55 million out of 2,300 million died, or 2.4% of the world's population. That's severe, but hardly a "wipe out the civilization" scenario.
Now let it be known I certainly don't make up statistics on the spot.