1.The force exerted between magnets. 2.The force exerted between a magnet and a moving, electrically charged particle. 3.The force exerted between moving, electrically charged particles. American Heritage® Dictionary of the English Language, Fifth Edition. Copyright © 2016 by Houghton Mifflin ...
The force exerted by a magnet on other magnets is called magnetic force. Magnetic force and electrostatic force act on an object from a distance. That’s the reason they are non-contact forces. The strength of gravity is an attractive force that is exerted by the Earth on objects, which ...
Magnetic Force - The force exerted by magnets or moving charges on other magnets or charges. It's responsible for phenomena like magnetism and the behavior of compass needles. Electrostatic Force - This is the force of attraction or repulsion between stationary electric charges. It's a specific...
2. (the science of) magnets and their power of attraction. the magnetism of the earth.magnetismoˈmagnetize, ˈmagnetise verb 1. to make magnetic. You can magnetize a piece of iron.magnetizar 2. to attract or influence strongly. She's the kind of person who can magnetize others.encant...
3.3.1. - Is a force exerted by magnets. Examples of magnetic materials are : Iron, Nickel, Steel and Cobalt. 3.3.2. - Magnets are used in objects like compasses or in catches for the door of a cabinet in order to keep the door of the cabinet shut and in Maglev trains. ...
The larger the number of such magnets disposed are, the larger the number of the poles, which contact at different polarities and are depolarized, and the number of poles, which contact each other at the same polarity and are independent, become, and both repulsion and attraction become large...
Magnetic force, attraction or repulsion that arises between electrically charged particles because of their motion. It is the basic force responsible for such effects as the action of electric motors and the attraction of magnets for iron. Learn more abo
6. What force is exerted on the water in an MHD drive utilizing a 25.0-cm-diameter tube, if 100-A current is passed across the tube that is perpendicular to a 2.00-T magnetic field? (The relatively small size of this force indicates the need for very large currents and magnetic fields...
An example to help illustrate an application associated with under the hook magnets is a steel plate lifting station on a manufacturing plant floor. Pull Force Testing People, plant, equipment, and services in the area of operation could be at risk from being struck by material which becomes ...
that cancel, but they can be aligned with each other to produce extremely large magnetic fields. Variousalloys, likeNdFeB (analloyofneodymium, iron, andboron), keep theirdomainsaligned and are used to make permanent magnets. The strong magnetic field produced by a typical three-millimetre-thick ...