In the previous question, the charge was positive (+). When the charge is negative (-), we can apply the RHR the same way as if the charge is positive, find the direction, then reverse the direction. Try these two examples involving negative charges. Determine the direction of: a) the magnetic field B if a negative charge's velocity v is directed to the right and experiences a force F pushing down on the charge, like this v→ F↓ [Select] b) velocity v if a negative charge experiences a force F pushing it to the left in a magnetic field B directed into the page, like this FB [Select]
In the previous question, the charge was positive (+). When the charge is negative (-), we can apply the RHR the same way as if the charge is positive, find the direction, then reverse the direction. Try these two examples involving negative charges. Determine the direction of: a) the magnetic field B if a negative charge's velocity v is directed to the right and experiences a force F pushing down on the charge, like this v→ F↓ [Select] b) velocity v if a negative charge experiences a force F pushing it to the left in a magnetic field B directed into the page, like this FB [Select]
Chapter11: Magnetic Forces And Fields
Section: Chapter Questions
Problem 21P: (a) Aircraft sometimes acquire small static charges, Suppose a supersonic jet has a 0.500C charge...
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In the previous question, the charge was positive (+). When the charge is negative (-), we can apply the RHR the same way as if the charge is positive, find the direction, then reverse the direction. Try these two examples involving negative charges. Determine the direction of: a) the magnetic field B if a negative charge's velocity v is directed to the right and experiences a force F pushing down on the charge, like this v > F \/ [Select] b) velocity v if a negative charge experiences a force F pushing it to the left in a magnetic field B directed into the page, like this F < o B [Select]
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