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Like polarities repel; unlike attract. So the north ends of two magnets repel each other, as do two south ends, while a north end and a south end mutually attract. North + North = Repell South + South = Repell North + South = Attract South + North = Attract
a pole
Yes. All magnets of north and south poles. There is no such thing as a magnetic monopole.
North poles attract south poles, and the other way around as well. Two poles of the same kind will repel eachother.
If you put north pole against north pole it will repel and if you put south pole against south pole it will also repel but if you put north pole against south pole it will attract. This is because 2 poles will not attract the same poles but different poles will.
The poles of the solenoid depend on the direction of the current through the coil. The current reverses if you just reverse the polarity of the voltage between the ends of the coil. Heck, if you energize the coil with AC, you can do that 120 times every second.
North and south poles.
yes, the north and south poles are geographical poles.
Lines of longitude meet at the North and South Poles.
The north and south poles.
No, no barber poles at either the north or south pole.
Quite. Although global warming may change that.
The ends of the Earth are the North and South Poles. In terms of magnetism, the Earth's magnetic field has the North and South Magnetic Poles at opposite ends.
North and South (Poles) :)
We know that like magnetic poles repel and opposite magnetic poles attract. North will repel north and south will repel south. On the other hand, north and south attract each other.
The seasons at the poles are spring, summer, fall and winter. Because the poles are in different hemispheres, the seasons are opposite. The dates that the seasons change is the same at both poles. For example, when it is winter at the South Pole, it's summer at the North Pole.
A magnet has a north and a south pole.