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A charged particle (mass = M, charge = Q > 0) moves in a region of space where the magnetic field has a constant magnitude of B and a downward direction. What is the magnetic force on the particle at an instant when it is moving horizontally toward the north with speed V?

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fayemioluwatomisin

Answer:

Explanation:

the solution is found below

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okpalawalter8

The magnitude of the magnetic force on the particle is mathematically given as

F=QuB

What is the magnetic force on the particle at an instant when it is moving horizontally toward the north with speed V?

Question Parameters:

mass = M, charge = Q > 0

magnetic field has a constant magnitude of B

Generally, the equation for the Magnetic force is mathematically given as

[tex]\=F =Q(\=u*\=B)[/tex]

Therefore

F=QuBsin90

F=QuB

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