V B The left diagram shows a negatively charged particle (q<0) moving with constant velocity (v) in a constant uniform m

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V B The left diagram shows a negatively charged particle (q<0) moving with constant velocity (v) in a constant uniform m

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V B The Left Diagram Shows A Negatively Charged Particle Q 0 Moving With Constant Velocity V In A Constant Uniform M 1
V B The Left Diagram Shows A Negatively Charged Particle Q 0 Moving With Constant Velocity V In A Constant Uniform M 1 (30.58 KiB) Viewed 38 times
V B The left diagram shows a negatively charged particle (q<0) moving with constant velocity (v) in a constant uniform magnetic field (B), the force vector is missing from this diagram. Using the diagram on the right, what is the direction of the resulting magnetic force (F) on the negatively charged particle? 4 01 05 2 3 Question 12 1 p A circular coil is made of 130 turns of wire. The enclosed area of the coil is 9.0 x 103 m². The plane of the coil makes an angle of 30° with a uniform magnetic field of 0.5 T. What is the magnetic flux through the surface area of the coil? 0.5 Wb 507 Wb WAI O
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