The problem is that these things are measured in units you've probably never even heard of before.
The most powerful superconducting magnets have field strengths of perhaps 20 T (tesla) or so, while a typical refrigerator magnet might be more like 5 mT. And that almost certainly leaves you just as clueless as you were before.
A tesla is a kilogram per ampere per second per second, which most likely still doesn't help. It doesn't really help me, at least... I know, intellectually, what a tesla is, and I have some frame of reference (I used to work with a 4.7 T magnet all the time), but "kilogram per ampere per second per second" is not something I can easily picture in my mind. "Webers per square meter" (also equivalent to tesla) is a little better... if you can wrap your mind around what a weber is (a volt-second).
ordinary strength
The poles of a magnet are of equal strength but opposite polarity.
higher the temperature, lower is the magnetic strength..
you answer
it is your mom
NO!!
NO!!! the strength of magnet is not affected by temperature
Yes it does!
The strength of a scrap heap magnet vary depending on the strength of the current or number of "turns" in its primary coil. Increasing either or both of these makes the magnet stronger.
No the temperature doesn't the size does.
It will depend on the strength of the magnet. If there is any strength to it at all, there shouldn't be a problem.
the magnetic field of a magnet is measured through Gaussmeters.
They are bar magnet ,horse shoe magnet ,lime stone magnet.
no
Gf
The poles of a magnet are of equal strength but opposite polarity.
It depends on the strength of the magnet.
The strength of a natural magnet can be increased.