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Consider the shown square loop. The loop, which lies in the xy plane with centre at the origin, has a side length of 10.00 cm. The current I going through the loop is 2.0 A. Find: a) the magnetic field strength H at (0,0,0) m b) the magnetic field strength H at (0,0,0.5) m c) if a charged particle with charge of 0.1 nC and velocity u=5.0 ay m/s is at the point (0,0,0.5) m, evaluate the magnetic force affecting this particle. 109

Consider the shown square loop. The loop, which lies in the xy plane with centre at the origin, has a side length of 10.00 cm. The current I going through the loop is 2.0 A. Find: a) the magnetic field strength H at (0,0,0) m b) the magnetic field strength H at (0,0,0.5) m c) if a charged particle with charge of 0.1 nC and velocity u=5.0 ay m/s is at the point (0,0,0.5) m, evaluate the magnetic force affecting this particle. 109

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Consider the shown square loop. The loop, which lies in the xy plane with centre at the origin, has a side length of 10.00 cm. The current I going through the loop is 2.0 A. Find: a) the magnetic field strength H at (0,0,0) m b) the magnetic field strength H at (0,0,0.5) m c) if a charged particle with charge of 0.1 nC and velocity u=5.0 ay m/s is at the point (0,0,0.5) m, evaluate the magnetic force affecting this particle. N y X
Transcribed Image Text:Consider the shown square loop. The loop, which lies in the xy plane with centre at the origin, has a side length of 10.00 cm. The current I going through the loop is 2.0 A. Find: a) the magnetic field strength H at (0,0,0) m b) the magnetic field strength H at (0,0,0.5) m c) if a charged particle with charge of 0.1 nC and velocity u=5.0 ay m/s is at the point (0,0,0.5) m, evaluate the magnetic force affecting this particle. N y X
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