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- the magnetic force can be seen visually using the right hand rule

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- the magnetic force can be seen visually using the right hand rule

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hence, substituting to the given formula, the  magnitude of force_max is

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hence, substituting to the given formula, the  magnitude of force_max is

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motion of particle is perpendicular to the field, the angle is 90 degrees

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motion of particle is perpendicular to the field, the angle is 90 degrees

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has SI Unit of Tesla (T) or Weber per square meter (Wb/m^2); and cgs unit of Gauss (G)--> 1T=104G

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has SI Unit of Tesla (T) or Weber per square meter (Wb/m^2); and cgs unit of Gauss (G)--> 1T=104G

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Earth's Geographic South Pole = Magnetic North Pole

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Earth's Geographic South Pole = Magnetic North Pole

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Earth's Geographic North Pole = Magnetic South Pole

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Earth's Geographic North Pole = Magnetic South Pole

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- referring to it as a "north-seeking pole" is more accurate as one end of the compass points to the magnetic south pole while the other points to the north

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- referring to it as a "north-seeking pole" is more accurate as one end of the compass points to the magnetic south pole while the other points to the north

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- referring to it as a "south-seeking pole" is more accurate as one end of the compass points to the magnetic north pole while the other points to the south

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- referring to it as a "south-seeking pole" is more accurate as one end of the compass points to the magnetic north pole while the other points to the south

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*magnetic field puts the magnetic force on the moving charges

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*magnetic field puts the magnetic force on the moving charges

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and the magnitude of the magnetic field is given by

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and the magnitude of the magnetic field is given by

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*this is due to the force being pushed by the magnet creating the field

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*this is due to the force being pushed by the magnet creating the field

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- the direction of the field can be seen in the arrow in the lines denoted by vector B

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- the direction of the field can be seen in the arrow in the lines denoted by vector B

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-surrounds a properly magnetized magnetic material

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-surrounds a properly magnetized magnetic material

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- magnetic field is present in the region surrounding a moving charge

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- magnetic field is present in the region surrounding a moving charge

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- are easily magnetized but also easy to lose magnetization

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- are easily magnetized but also easy to lose magnetization

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- could be made of soft and hard magnetic materials 

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- could be made of soft and hard magnetic materials 

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*magnetic monopoles theoretically exist but not in reality

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*magnetic monopoles theoretically exist but not in reality

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*have repulsive and attractive forces similar to the electrical force of a charged object

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*have repulsive and attractive forces similar to the electrical force of a charged object

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- each magnet has two ends called "poles"

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- each magnet has two ends called "poles"

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- used in devices like loud speakers and motors

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- used in devices like loud speakers and motors