A swinging magnet was often used in old-fashioned compasses to indicate direction based on Earth's magnetic field. The magnet would align itself with the Earth's magnetic field, pointing towards the magnetic North Pole.
When a freely swinging magnet is at rest with one end pointing east, it indicates that the magnet's north pole is oriented towards the Earth's magnetic north, which is geographically located near the North Pole. This alignment occurs due to the Earth's magnetic field, which exerts a force on the magnet. The end pointing east is the south pole of the magnet, as magnetic field lines emerge from the north pole and enter the south pole. Thus, the magnet's orientation reflects the underlying magnetic forces at play.
No, when a magnet is swinging freely, one end does not always point east. Instead, it aligns itself with the Earth's magnetic field, which means one end will point toward the magnetic north, while the opposite end points toward magnetic south. The magnetic poles of the Earth do not coincide perfectly with the geographic poles, so the direction a magnet points can vary based on its location and the local magnetic field.
An electrical current will flow in a conductor, when a magnet is moved next to a conductor - or when the conductor is moved next to the magnet.
magnet produce emf it maintain the resistance as same
A magnet
At the door of a wardrobe or as a hook for belts.
A cabinet door magnet is used to keep the cabinet door closed securely by creating a magnetic force that attracts the metal plate on the door to the magnet on the cabinet frame. This ensures that the door stays closed and prevents it from swinging open.
The eddy currents act like a brake on the plate, slowing the rate of its movement; if the plate is able to freely swing and is swung through a magnet, it will basically stop dead on the first swing.
When a freely swinging magnet is at rest with one end pointing east, it indicates that the magnet's north pole is oriented towards the Earth's magnetic north, which is geographically located near the North Pole. This alignment occurs due to the Earth's magnetic field, which exerts a force on the magnet. The end pointing east is the south pole of the magnet, as magnetic field lines emerge from the north pole and enter the south pole. Thus, the magnet's orientation reflects the underlying magnetic forces at play.
A magnet
No, when a magnet is swinging freely, one end does not always point east. Instead, it aligns itself with the Earth's magnetic field, which means one end will point toward the magnetic north, while the opposite end points toward magnetic south. The magnetic poles of the Earth do not coincide perfectly with the geographic poles, so the direction a magnet points can vary based on its location and the local magnetic field.
The primary force used when swinging typically comes from the individual's own body strength and momentum. Additionally, gravity and friction also play a role in influencing the motion of the swinging object or person.
small magnet used to give direction
A lifting magnet is an electromagnet that is meant to hold or move material that comes in contact with the magnet. This is the opposite of a traction magnet.
alliteration it is the repetition of consonant sounds close together in a sentence.
Nearly every muscle in your body is used in swinging a baseball bat. That is assuming the person swinging the bat is doing the conventional "squish the bug, and chop the tree" method to swinging. Simply standing still and swinging the bat would use the muscles in your arms, upper chest, back, and neck muscles.
a scrap yard magnet is an electro magnet used to pick up bits of metal. this is used because it can drop the metal because it can be turned on and off