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Electrostatics: Electric Fields and Equipotentials, Quizzes of Physics

University of Georgia (UGA)Physics

The fundamental concepts of electric fields and equipotentials, including their definitions, relationships, and visual representations. Topics include the calculation of electric fields using coulomb's law, the identification of equipotential surfaces, and the behavior of electric field lines. Additionally, the document discusses the refraction of light through a prism and the calculation of magnification and image position.

Typology: Quizzes

2011/2012

Uploaded on 04/20/2012

rachel-lochan 🇺🇸

5 documents

1 / 4

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Partial preview of the text

Download Electrostatics: Electric Fields and Equipotentials and more Quizzes Physics in PDF only on Docsity! TERM 1 Electric field DEFINITION 1 E=F/q TERM 2 Equipotential DEFINITION 2 same electric potential TERM 3 where are higher potential and lower potential located? DEFINITION 3 high: near + chargelow: near - charge TERM 4 how do electric fields and equipotentials run? DEFINITION 4 Electric field run from + to , and equipotential are perpendicular to those TERM 5 how do electric field lines point? DEFINITION 5 from high to low TERM 6 how is the pencil image? DEFINITION 6 virtual, erect, same size TERM 7 Angle of reflection? image distance? DEFINITION 7 32.5; -25 TERM 8 why is refraction only through the flat side? DEFINITION 8 Refraction only occurs on the flat side b/c that is the only side that light will enter the prism at a 90 angle TERM 9 calculate q. DEFINITION 9 1/f=1/p + 1/q TERM 10 magnification DEFINITION 10 M= -q/p = -d/d = h/h

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