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A negatively charged particle moves in a uniform magnetic field that has a positive x- direction. The magnetic force on the particle is in the negative z-direction. What can you conclude about the z-component of the particle's velocity?

A negatively charged particle moves in a uniform magnetic field that has a positive x- direction. The magnetic force on the particle is in the negative z-direction. What can you conclude about the z-component of the particle's velocity?

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**Problem Statement:** A negatively charged particle moves in a uniform magnetic field that has a positive x-direction. The magnetic force on the particle is in the negative z-direction. What can you conclude about the z-component of the particle’s velocity? **Options:** - \( v_z < 0 \) - \( v_z = 0 \) - Not enough information given to decide - \( v_z > 0 \)
Transcribed Image Text:**Problem Statement:** A negatively charged particle moves in a uniform magnetic field that has a positive x-direction. The magnetic force on the particle is in the negative z-direction. What can you conclude about the z-component of the particle’s velocity? **Options:** - \( v_z < 0 \) - \( v_z = 0 \) - Not enough information given to decide - \( v_z > 0 \)
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