The right hand rule in a magnetic field

AI Thread Summary
An electron moving in the -z direction enters a uniform magnetic field in the +y direction, leading to a question about its deflection. The right hand rule is applied to determine the force direction, where fingers point in the magnetic field direction and the thumb represents the velocity. Confusion arises regarding the distinction between B and the magnetic field. Clarification is sought on whether B refers to something different from the magnetic field itself. Understanding the right hand rule is crucial for accurately determining the electron's deflection direction.
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Homework Statement


An electron moving in the -z direction enters a region that has a uniform magnetic field in the +y direction. When the electron enters this region, what direction will it be deflected in?

Homework Equations


F=qv X B

The Attempt at a Solution


I tried answering this question using the right hand rule but got
confused. I use the right hand rule by directing my fingers towards the direction of the magnetic field, my thumb in the B direction and I let my palm represent the direction of the force. [/B]
 
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many questions said:
directing my fingers towards the direction of the magnetic field, my thumb in the B direction

Is B different from the magnetic field?
 

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