When a charged particle having charge 'q' is projected into a magnetic field, it experiences a magnetic force which is given by the expression
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When a charged particle having charge 'q' is projected into a magnetic field, it experiences a magnetic force which is given by the expression
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Consider a particle of mass m , charge q , moving horizontally with velocity u , as shown in the figure. The charge enters a region between two parallel plates (length L), where an electric field
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Consider a particle of mass m , charge q , moving horizontally with velocity u , as shown in the figure. The charge enters a region between two parallel plates (length L), where an electric field
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Consider a particle of mass m , charge q , moving horizontally with velocity u , as shown in the figure. The charge enters a region between two parallel plates (length L), where an electric field
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A current carrying conductor is itself formed by moving charges. Hence, when a current carrying conductor is placed in a magnetic field it experiences a fo
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A current carrying conductor is itself formed by moving charges. Hence, when a current carrying conductor is placed in a magnetic field it experiences a fo
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Two current carrying straight conductors placed near each other will exert (magnetic) forces on each other due to magnetic field of each other.
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Two current carrying straight conductors placed near each other will exert (magnetic) forces on each other due to magnetic field of each other.
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Case I: When place of the loop is perpendicular to magnetic field \(\ell \) &
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Case I: When place of the loop is perpendicular to magnetic field \(\ell \) &
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