Gauss law is always applicable but not always useful. Why?
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Gauss's law is always true (that is, numerically), but it's not always useful for calculating electric fields. It's only useful for calculating a charge distribution's electric field when certain symmetries (e.g. cylindrical, spherical, or planar) are present that allow the surface integral to be done very simply.
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1
Answer:
Gauss's law is always true (that is, numerically), but it's not always useful for calculating electric fields. It's only useful for calculating a charge distribution's electric field when certain symmetries (e.g. cylindrical, spherical, or planar) are present that allow the surface integral to be done very simpl
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