The degree of closeness of magnetic field lines represents the relative strength of the magnet. What it mean?
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It is seen that the degree of closeness of magnetic field lines represents’ relative strength in the matrix; this is mainly because of the magnetic flux present.
Flux can be commonly defines as a field line which usually passes through an area.
More closer is the fields more number of magnetic lines is there.
Flux can be commonly defines as a field line which usually passes through an area.
More closer is the fields more number of magnetic lines is there.
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HEY!!
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✔The Magnetic Field lines through an area represents the flux (flux is the field lines passing through an area).
✔More close are the field lines; more is number of lines passing through the area. Which implies more is the flux.
✔Now, flux is the product of magnetic field strength and the area considered.
✔As, the area considered is constant.
✔So, for more flux through the surface- the magnetic field strength must be more.
✔Thus, the degree of closeness of magnetic field lines represents the relative strength of the magnet.
______________________________
✔The Magnetic Field lines through an area represents the flux (flux is the field lines passing through an area).
✔More close are the field lines; more is number of lines passing through the area. Which implies more is the flux.
✔Now, flux is the product of magnetic field strength and the area considered.
✔As, the area considered is constant.
✔So, for more flux through the surface- the magnetic field strength must be more.
✔Thus, the degree of closeness of magnetic field lines represents the relative strength of the magnet.
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