Because I feel Its not easy for me to notice or record the data, things tend to happen VERY FAST. I'm not sure still thinking about that method....
While arguing I noticed that I've mixed up the units from lb to N. But it dosen't really matter. However, to sum up my conclusion that since each...
The attraction force of "each" magnet is about 10 lb.
Actually its a nice diagram :D I feel this won't show an accurate result compared to springs. I'll use spring to calculate the force.
Um, I really don't know what to say. But at least we can agree that it toke 20N to attract the magnets and it takes 20N to split them apart....
Yes, we can treat A to be the pole strength. And that can be the amount of force each pole can apply. I would recommend not using the Coulombs law...
If you insist on using Coulomb's law give me your reason why.
I wouldn't use that law, Coulomb's law speaks of point charges, in a magnet you have charges moving creating magnetic field, its like small loops...
And the laws explains it and supports the idea too!
Newton's 3rd law is present. What do you mean about additive properties?
My whole point was, that when two magnets attract, they both apply a force on each other. Not one magnet applying the force alone. Now, when I have a...
I didn't mean his statment was wrong :D I ment mine sorry for that :p
Thanks, I just wanted to point out that when it takes 20N to take them apart that means each magnet(since they are the same) applies 10N to attract...
And 10N used for each magnet = 20N. That is a total force of 20N. Equal force depending on each one's poles rate. So, if two magnets have a...
I just think a netforce of 20N is needed to split them apart. Probably. But if it toke 20N to attract them maybe you need 20N to separate them....
No. Your applying 20N on BOTH.(20N/2 = 10N that each magnet is applying) That is the required force to break them off. Um. Ok, your applying...
+ I noticed your dealing attraction force like any other. Yet, its only being applied on another magnet. The magnet's are moving due to their...
I would want to agree to the convincing points. But, what explains the 20N being applied to separate the magnets? If 20N is being applied to split...
Your right mechanically they are doing nothing. They are not moving. Net force is zero. They are magnetically attracted right? Ok, what is that...
Thanks. I would generally say yes. However, what is happening to the magnets? What state are they in? Are they attracted? Or are they just laying...
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