Very simple Lines of Force question

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SUMMARY

The discussion centers on the analysis of an electric field represented by lines of force. It is established that the electric field is stronger at point Y than at point X due to the proximity of the lines of force. Additionally, it is confirmed that an electron placed in this electric field would accelerate towards the center, as the force acting on the negative charge is in the opposite direction of the electric field lines. The relationship between electric field strength and force per unit charge is emphasized, specifically through the equation F = EQ.

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  • Understanding of electric fields and lines of force
  • Familiarity with the concept of force per unit charge (F = EQ)
  • Knowledge of charge types (positive and negative)
  • Basic principles of electrostatics
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  • Learn about the behavior of charged particles in electric fields
  • Explore the implications of Coulomb's Law in electric field analysis
  • Investigate graphical representations of electric fields and their interpretations
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Students of physics, educators teaching electrostatics, and anyone interested in understanding electric fields and their effects on charged particles.

AFSteph
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"The figure below is a lines of force representation of an electric field."
linesofforce.jpg


"In the figure above is the electric field stronger at point X or point Y What evidence in the diagram indicates that this is the case?"

My answer: Y. Because the lines of force are closer together.

In what direction would an electron accelerate if it were placed in the electric field above? What evidence in the diagram indicates that this is the case?"

My answer: Since it's an electron and the center is positively charged I would think it would be drawn to the center. But the "in the diagram" part being in italics is throwing me off because the diagram shows the vectors pointing away from the center. Am I just over-thinking this?
 
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Your answers are correct. For the second one, you need to provide the evidence for your answer using the diagram. Think in terms of the definition of E- field. Electric filed is the force per unit charge: F = EQ.

If the charge is negative (ex. electron) the force will be in the -E direction. i.e. opposite to the direction of the electric field.
 
Gamma said:
Your answers are correct. For the second one, you need to provide the evidence for your answer using the diagram. Think in terms of the definition of E- field. Electric filed is the force per unit charge: F = EQ.

If the charge is negative (ex. electron) the force will be in the -E direction. i.e. opposite to the direction of the electric field.

I thought as much, I just wanted a second opinion to make sure it wasn't a trick question. Thank you so much for talking the time to help :D
 

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