The elctromagnet has a phase difference between it and the rotor magnet. The electromagnet leads the rotor and attracts one side and repels the opposite side. This torques makes the motor turn.
The coils in a fixed magnet motor are energized, causing a magnetic field that interacts with the magnets' magnetic field. This causes them to push away from eachother. The stronger the fixed magnets and the electromagnet, the stronger this force will be.
Electromagnets in motors are used to cause the motor to spin (rotate.)
An electric motor is made up of magnets .. some electric induced magnets , some permanent magnets . the electric magnets are arranged so that when the power is turned on they activate in a series of pulsing magnets.. this pulsing causes the magnets in the core and the magnets in the body of the motor to repel and attract as magnets will do .. this repelling and attracting causes the magnets to try and chase each other around .. this action is turning the core of the motor and producing the rotating action expected from an electric motor
The two magnets would push each other apart until friction takes-over, then there'd be no more motion.
Yes. I used a wheel and placed magnets all around it, then I spun the wheel and placed another magnet in front of the wheel and thought that the wheel would keep spinning due to the magnets repelling each other but it didn't work.
The north and south poles would remain. The two new pieces would now have a north and a south. The magnet would still be magnetic, with its like poles repelling each other and its unlike poles attracting each other.
If will decrease (if the object is bigger than than both magnets) the force acting between two magnets in mu times (where mu is magnetic constant for the object between magnets).
You can observe them attracting or repelling each other.
Yes. Just ensure the the like poles are facing each other. Like poles repel.The two magnets that are attracting are effectively one magnet.It would look like this:-([-magnet 1+]first pair attracting[-magnet 2+])++(+[magnet 1-]second pair repelling[-magnet 2+])+
No. The same two magnets can either repel each other or attract each other, depending on how you turn them. The force is the same either way.
No. The north sides of two magnets do not stick together because they have the same polarity. The north and south sides of a magnet, however, do stick together because they are on opposite poles and, pertaining to magnets, opposites attract. actually if you push two repelling magnets together so they touch they will stick, without flipping, not entirely sure why they don't repel but it seems that the magnetic fields somehow overlap, so that within the repelling field there is a small of the attracting field, i know this isn't true of the attracting side because the magnets stick together regardless, but on the repelling side when they touch they will stick
The north sides of two magnets do not stick together because they have the same polarity. The north and south sides of a Does_north_stick_to_north_for_magnets, however, do stick together because they are on opposite poles and, pertaining to magnets, opposites attract.actually if you push two repelling magnets together so they touch they will stick, without flipping, not entirely sure why they don't repel but it seems that the magnetic fields somehow overlap, so that within the repelling field there is a small of the attracting field, i know this isn't true of the attracting side because the magnets stick together regardless, but on the repelling side when they touch they will stick It doesn't. A magnet's North will attract another magnet's South and vice versa
Because in order for them to be magnetized - they must be polar opposites
An electric motor is made up of magnets .. some electric induced magnets , some permanent magnets . the electric magnets are arranged so that when the power is turned on they activate in a series of pulsing magnets.. this pulsing causes the magnets in the core and the magnets in the body of the motor to repel and attract as magnets will do .. this repelling and attracting causes the magnets to try and chase each other around .. this action is turning the core of the motor and producing the rotating action expected from an electric motor
The characteristic that exists in magnets but not in non-magnetic materials is the presence of magnetic domains, which are regions within the material where the atomic magnetic moments align in the same direction. This alignment leads to the overall magnetic behavior observed in magnets, such as attracting or repelling other magnetic materials.
Magnetism in the name for metals attracting to each other. Magnets draw other metals and magnets to themselves. It is a powerful bond that can hold something in between the magnets and still hold a connection.
The simple answer is that it takes much less time and energy to store them in the attracting potions. If you tried to store magnets in non attracting positions they will attempt to push themselves away from each other or align them self to the attracting positions of the other magnets. If forced togeater in non attracting positions over time they could become demagnetized or the weaker ones will realign to the polarity of the strongest magnetic force.
Refer to the link below to see an image of two attracting ball magnets.
The two magnets would push each other apart until friction takes-over, then there'd be no more motion.