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When a current is passed through a conductor, a magnetic field is created in its surroundings.
We can represent this magnetic field by drawing 'field (or 'flux') lines' with two characteristics
1. The density of flux lines illustrates the relative strength of the magnetic field
2. The direction of arrows attached to the flux lines represents the direction of the magnetic field.
Both of these parameters are important in deciding the magnitude and direction of the force created between a current carrying conductor placed in the magnetic field.
configured as attraction force rotation and brief stutter at zero degree putting a diode to a capacitor collecting energy of collapsing magnetic field to recycle on next power inpu
A preliminary design with ideal resistors, inductors and capacitors, will get 25 marks. If the design does not meet the specifications then one mark will be deducted following the
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