Break yout computer in 3 easy steps!
- Darkside Heartless
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Break yout computer in 3 easy steps!
Step one: Order one of these
Step two: Open your computer case
Step three: toss magnet in and watch diodes, transistors, capacators and hard drives tear themselves out of all the boards in the case and fly toward the magnet as it adheres itself to the nearest chunk of metal
Step two: Open your computer case
Step three: toss magnet in and watch diodes, transistors, capacators and hard drives tear themselves out of all the boards in the case and fly toward the magnet as it adheres itself to the nearest chunk of metal
- WarAdvocat
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That magnet can lift 400 pounds.
Thus, it is a relatively simple assumption that it can smash soft tissue with the equivalent of 400 pounds of pressure if said soft tissue is caught between the magnet and something being attracted to it. This could be very dangerous, particularly if the magnet is drawn to fixed object, and has a chance to accelerate on the way.
Correct me if I'm mistaken, but that seems enough to crush bone... Or any vital organ in the way of the magnet...
On a lighter note, human 'fridge magnets anyone??
Thus, it is a relatively simple assumption that it can smash soft tissue with the equivalent of 400 pounds of pressure if said soft tissue is caught between the magnet and something being attracted to it. This could be very dangerous, particularly if the magnet is drawn to fixed object, and has a chance to accelerate on the way.
Correct me if I'm mistaken, but that seems enough to crush bone... Or any vital organ in the way of the magnet...
On a lighter note, human 'fridge magnets anyone??
i never knew this about fixing a monitor or a TV after it has been damaged by a magnet near the screen...
DIY Fix For CRT's
i found this link off of the webpage for the magnets
DIY Fix For CRT's
i found this link off of the webpage for the magnets
- Mobius
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My exact thoughts! Great KIWIS **DO** think alike!Sirius wrote:That might not happen, necessarily.
But other things could. Pulling knives out of a rack, perhaps?
So, you could breathe with 400 lbs sitting on your sternum? Sorry: you're dead.Krom wrote:400 pounds probably can't crush you to death so easily, but it is enough to make your life less then easy.
The real unknown though, and the part which is likely to kill you, is how quickly does the magnetic force drop off? Is it an inverse square like gravity? So that doubling the distance drops the force to 1/4?
It seems likely the magnetic fields, despite being incredibly strong, do not reach far from the magnet. If it reached more than a foot, with any strength, then it'd be a very dangerous item indeed, but if at 6 inches the pull is only 50 lbs, then it'd be pretty safe.
Certainly, I wouldn't want to handle one of these things if the forces don't dissipate rapidly with distance.
mobius, have you ever done whats called a "Dog Pile" ?Mobius wrote:So, you could breathe with 400 lbs sitting on your sternum? Sorry: you're dead.Krom wrote:400 pounds probably can't crush you to death so easily, but it is enough to make your life less then easy.
where a bunch of people just suddenly jump on top of you while your laying on the ground....... and a weight that by far passes 400 LBS's even i can still breathe with 10-15 people piled on top of me.
- WarAdvocat
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heh heh heh. Ace you really should stick to blowing Mexican's legs off.
If you had a 400 lbs of pressure in a circular area approximately 3 inches across affecting your sternum, it would be difficult indeed to breathe.
Take 15 200 lb dudes and you get 3000 lbs. The weight, however, is distributed much more evenly. The guy on the bottom would take a large amount of weight, but it'd be spread over a large area as well.
If you had a 400 lbs of pressure in a circular area approximately 3 inches across affecting your sternum, it would be difficult indeed to breathe.
Take 15 200 lb dudes and you get 3000 lbs. The weight, however, is distributed much more evenly. The guy on the bottom would take a large amount of weight, but it'd be spread over a large area as well.
I think we need to be clear on the fact that the magnet will only exert 400 lbs of force (pressure is force/area) if it's stationary up against your skull (or whatever else you want to crush). If the magnet started at the other end of the room and accelerated toward your skull then well... you have a lot more force. If something smaller is flying toward the magnet and your head is in the way, the force will be the same, but the pressure will be higher because there's less area and it could possibly go through your skull... maybe... =)
Um... magnetic force is proportional to the charge on the item you're attracting. A smaller object will probably have less of that, ergo less force on it... but it may fly just as fast because the mass is lower as well. Oh, and air resistance.
When you're talking about flying objects, momentum is probably what you're worried about... that and stopping force/pressure, which yes, is why magnets pulling bullets through your head would be rather dangerous.
When you're talking about flying objects, momentum is probably what you're worried about... that and stopping force/pressure, which yes, is why magnets pulling bullets through your head would be rather dangerous.
i know there is a difference, but its not that much different. 3 inch circle of 400 LBS vs. 10-15 people piled up on top of you...... thats alot of weight, also considering that there are going to be legs, arms, elbows, knees ETC ETC ETC.... that could have all that weight shoved into you.WarAdvocat wrote:heh heh heh. Ace you really should stick to blowing Mexican's legs off.
If you had a 400 lbs of pressure in a circular area approximately 3 inches across affecting your sternum, it would be difficult indeed to breathe.
Take 15 200 lb dudes and you get 3000 lbs. The weight, however, is distributed much more evenly. The guy on the bottom would take a large amount of weight, but it'd be spread over a large area as well.
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It'd also make for the ultimate practical joke at a LAN party. Stick one of those under someone's case and they'll never be able to pick it up. Sliding it off won't work either because it'll catch on the edge and flop on the back.Diedel wrote:Hrch hrch hrch!Iceman wrote:Magnets don't kill people, People kill people.
I am just imagining Darkside moving into the hospital, his hand squeezed between his computer and the pull of the super magnet ... ... three easy steps?
- Darkside Heartless
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- Phoenix Red
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Magnets may share the same field strength to distance relationship as gravity, but I know they drop off pretty quickly. Knives would not fly at you from across the room.
However, stuff doesn't just go to magnets. Magnets go to stuff. If you're holding this and happen to walk past something solid and metal, and walk too close, it would lurch suddenly into it and crush your hand. 400lbs pinning your smashed palm to a drain pipe is quite the predicament.
However, stuff doesn't just go to magnets. Magnets go to stuff. If you're holding this and happen to walk past something solid and metal, and walk too close, it would lurch suddenly into it and crush your hand. 400lbs pinning your smashed palm to a drain pipe is quite the predicament.
That's not quite true. The attraction is mutual. So whatever is lighter, or not fixed to its place, will move. It could even happen that both the magnet and a piece of metal it attracts move towards each other.Phoenix Red wrote:However, stuff doesn't just go to magnets. Magnets go to stuff.
Btw, do you know this slapstick movie, where that guy operates a giant electro magnet and pulls a complete submarine through the wall to it? Hehe!
Actually, this magnet won't make knives fly around rooms. The action radius of a magnet is limited, and diminishes in square power with distance...
If you get your fingers caught between the magnet and a flat ferro-surface, then I'd say you've a problem. But other than that, as soon as you're a few inches away from it the attraction is not so impressive. I bet it doesn't even move a ferro-coin at a 50cm range.
Electromagnets, now that's another story
If you get your fingers caught between the magnet and a flat ferro-surface, then I'd say you've a problem. But other than that, as soon as you're a few inches away from it the attraction is not so impressive. I bet it doesn't even move a ferro-coin at a 50cm range.
Electromagnets, now that's another story
Ace, study up on PSI and then come back here. There will be a quiz.AceCombat wrote:i know there is a difference, but its not that much different. 3 inch circle of 400 LBS vs. 10-15 people piled up on top of you...... thats alot of weight, also considering that there are going to be legs, arms, elbows, knees ETC ETC ETC.... that could have all that weight shoved into you.WarAdvocat wrote:heh heh heh. Ace you really should stick to blowing Mexican's legs off.
If you had a 400 lbs of pressure in a circular area approximately 3 inches across affecting your sternum, it would be difficult indeed to breathe.
Take 15 200 lb dudes and you get 3000 lbs. The weight, however, is distributed much more evenly. The guy on the bottom would take a large amount of weight, but it'd be spread over a large area as well.