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/sci/ - Science & Math


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1629894 No.1629894 [Reply] [Original]

Why would this not work? I am not a troll, just want a coherent explanation.

>> No.1629910

The pull and the push of the magnet and the metal cancel each other out, I think.

>> No.1629908

look it up on magnetopedia

>> No.1629916

>>1629910
This

>> No.1629917

You wouldn't be able to stop.

>> No.1629921

because the two objects are linked, the force of the car being attracted to the magnet will be balanced by the force of the magnet being attracted to the car

assuming the arm is strong enough to hold up against these forces, you are left with a stationary car at equilibrium; if the arm breaks, then the car will be drawn forward a distance inversely proportional to the ratio of the car's mass to the magnet's before the two objects meet and no more force is applied

>> No.1629926

>>1629921
>>1629910

What about if it was a really strong magnet?

>> No.1629932

>>1629926

then your car would implode under the magnetic forces

>> No.1629935

>>1629932

So all I would have to do is make a magnetically resistant car.

>> No.1629938

>>1629908
http://www.google.com/#hl=en&safe=off&q=magnetopedia&aq=f&aqi=&aql=&oq=&
gs_rfai=&fp=868b6b584cfcee38
It's dead?

>> No.1629940

>>1629935
good luck with that

>> No.1629941

>>1629935

Then your magnet wouldn't pull it forward?

>> No.1629950

I'm in a situation where I know there's no chance in hell that is ever going to work, but I have no idea how to explain why it won't.

>> No.1629957

>>1629941

But the slab of metal is attracted to the magnet, and is attached to the car, thus pulling it forward.

>> No.1629970

FUCKING MAGNETS HOW DO THEY WORK

Seriously, though, the size of a magnet of sufficient strength would be impractical to do this on a standard sized car. The magnet would likely be heavier than the car, tipping it forward.

>> No.1629974

>>1629957
And the magnet is attracted to the metal by the exact same amount, pulling the car backwards because it's also attached.

>> No.1629987

If you hold metal near a magnet, the magnet moves to the metal. If you hold a magnet near metal, the metal moves to the magnet. The force pulling the car to the magnet is canceled out by the force pulling the magnet to the car.

>> No.1629990

>>1629987

But the magnet is held still.

>> No.1629993

I DEMAND A MINI-SCALE MODEL

>> No.1630003

Isn't the car held still? If you answer yes, then it won't move anyway. If you answer no, then the magnet isn't held still because it's part of the car.

>> No.1630005

STOP
FEEDING
THE
TROLLS

>> No.1630035

>>1630005

The dude said he was not a troll. We are just explaining.

>> No.1630043

>>1630035
>He's not a troll, guise, he said he wasn't!

So naive

>> No.1630067
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1630067

>>1630043
Adorable, isn't it?

>> No.1630081

if you grab your head and pull it up would you fly ?

>> No.1630106

>>1630081
expected number of posts feeding a troll before a sensible answer is provided ~= 20

>> No.1630120
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1630120