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In the table below the velocity directions of various particles & the external magnetic field each particle is subjected to are shown. For each particle, determine the direction of the magnetic force on it. Remember, O means out of the page & O means into th page. Particle polarity Velocity of particle External magnetic Magnetic force field no force

In the table below the velocity directions of various particles & the external magnetic field each particle is subjected to are shown. For each particle, determine the direction of the magnetic force on it. Remember, O means out of the page & O means into th page. Particle polarity Velocity of particle External magnetic Magnetic force field no force

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In the table below the velocity directions of various particles & the external magnetic field each particle is subjected to are shown. For each particle, determine the direction of the magnetic force on it. Remember, O means out of the page & O means into the page. External magnetic field Particle polarity Velocity of particle Magnetic force no force O Part 3: Direction of B-force on a current External magnetic Direction of current Magnetic force field Choose direction v O Part 4: Direction of force between wires O Part 5: Mathematical relationships A.) A charged particle is moving through a magnetic field and experiences a magnetic force, Fo: Determine, in terms of Fo, the force on the particle if its velocity increases by a factor of 12. FoX B.) A current-carrying wire in a magnetic field experiences a magnetic force, Fo. Determine, in terms of Fo, the force on the wire if the B-field increases by a factor of 11. Fox C.) Two current-carrying wires are exerting a force, Fo, on each other. Determine, in terms of Fo, the force the wires will exert on each other if the current through each wire increases by a factor of 6. Fox
Transcribed Image Text:In the table below the velocity directions of various particles & the external magnetic field each particle is subjected to are shown. For each particle, determine the direction of the magnetic force on it. Remember, O means out of the page & O means into the page. External magnetic field Particle polarity Velocity of particle Magnetic force no force O Part 3: Direction of B-force on a current External magnetic Direction of current Magnetic force field Choose direction v O Part 4: Direction of force between wires O Part 5: Mathematical relationships A.) A charged particle is moving through a magnetic field and experiences a magnetic force, Fo: Determine, in terms of Fo, the force on the particle if its velocity increases by a factor of 12. FoX B.) A current-carrying wire in a magnetic field experiences a magnetic force, Fo. Determine, in terms of Fo, the force on the wire if the B-field increases by a factor of 11. Fox C.) Two current-carrying wires are exerting a force, Fo, on each other. Determine, in terms of Fo, the force the wires will exert on each other if the current through each wire increases by a factor of 6. Fox
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