Torque on an atom due to two infinite lines of charge

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SUMMARY

The discussion focuses on calculating the torque on an atom influenced by two infinite lines of charge. Participants emphasize the necessity of identifying relevant equations from textbooks to determine the force acting on the atom. The conversation highlights the importance of understanding the principles of electrostatics and the forces between charged entities to solve the problem effectively.

PREREQUISITES
  • Electrostatics principles
  • Understanding of force calculations between charged objects
  • Familiarity with torque concepts
  • Access to relevant physics textbooks
NEXT STEPS
  • Review the equations governing electrostatic forces between charged lines
  • Study the concept of torque in physics
  • Explore examples of force calculations in electrostatics
  • Consult textbooks for detailed derivations of relevant equations
USEFUL FOR

Students studying physics, particularly those focusing on electrostatics and torque, as well as educators seeking to guide students in solving related problems.

nfepow
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New poster has been reminded to show the Relevant Equations and their work on the solution
Homework Statement
Two infinite lines of charges are parallel with a distance d=10cm between them. An atom with magnetic moment mu=9.27*10^-24 J/T is oriented with an angle 45 degree with respect to the x axis and is placed between the two lines. Line one has charge I1=3 A and line two has I2=10 A. Calculate the torque on the atom in the x direction in the magnetic field the two lines create.
A) 1.84*10^-28
B) 2.41*10^-28
C) 3.41*10^-28
D) -1.84*10^-28
E) -2.41*10^-28
F) -3.41*10^-28
Relevant Equations
Not given any
Hope someone can help!
 
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nfepow said:
Relevant Equations:: Not given any

I think you will find that there are relevant equations in your textbook. You're asked to find a force. On what due to what? What equations are relevant to the force between those sorts of things?
 

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