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Chart |
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Motor Effect (on Wires) - The Basics (F=BIL) (The Online Science Tutor) View | |
Measuring F=BIL in the Motor Effect (Simon Lloyd) View | |
Force on a current carrying conductor. F = BIl (Craig's Class - Level 3 Electrical Principles) View | |
GCSE Physics 9-1: F=BIL (CeerazzleDazzle Physics) View | |
F=BIL Calculation (Mr S Arthur) View | |
The 4 Right Hand Rules of Electromagnetism ( (Iain Explains Signals, Systems, and Digital Comms) View | |
How does an Electric Motor work (DC Motor) (Jared Owen) View | |
F = BIL (Mr P Yu) View | |
F= BIL investigation GCSE Physics How force is affected by current using top pan balance method (Gavin Reeder) View | |
Force on a Current Carrying Conductor in a Magnetic Field (F=BIL) - GCSE Physics for Teachers (Mr Simon Science) View |