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      • Syllabus PHY2054
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      • PHY2054 course notes
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      • Syllabus PHY2048
      • Tentative Calendar for PHY2048 Fall 2009
      • PHY2048 course notes
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      • Syllabus PHY2049
      • PHY2049 course notes
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      • PHZ4044/5405 course notes
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You are here: Home / Teaching / PHY2054 College Physics II / PHY2054 course notes

PHY2054 course notes

This section will be updated as the course progresses. You will find here my notes for the lectures that will help you to check for mistakes in your class notes.

Course on basic trigonometry: follow this link (trigonometry)* to go into a web-based course about the basic concepts of trigonometry. You should have a good understanding of basic trigonometry to solve the problems of “College Physics”. This web or related resources (books) will help you to acquire an adequate level to deal with your course.

Course on basic algebra: follow this link (algebra)* to go into a web-based course about the basic concepts of algebra.

*There are many web-based courses with basic mathematic tools that will help you. You can also find very helpful books about basic mathematics in the UCF library.

WebAssign access instructions: Download or open this link pdf_logo0302 to find instructions on how to access webassign and deal with the homework assignments.

Notes to appear:

Ch. 19: Electric Charges, Forces and Fields (13 pages, 200 Kb) pdf_logo0302
Ch. 20: Electric Potential and Electric Potential Energy
(7 pages, 104 Kb) pdf_logo0302
Ch. 21: Electric Current and Direct-Current Circuits (6 pages, 76 Kb) pdf_logo0302
Ch. 22: Magnetism (8 pages, 107 Kb) pdf_logo0302
Ch. 23: Magnetic Flux and Faraday’s Law of Induction (11 pages, 158 Kb) pdf_logo0302
FORMULAS FOR EXAM 1 (1 page, 26 Kb) pdf_logo0302
EXAM 1 SOLUTIONS  pdf_logo0302

Ch. 25: Electromagnetic Waves (15 pages, 210 Kb) pdf_logo0302
Ch. 26: Geometrical Optics (21 pages, 272 Kb) pdf_logo0302
      You will find some on-line demonstrations on http://www.physics.cornell.edu/courses/p101-102/p102/14/
Ch. 27: Optical Instruments (11 pages, 169 Kb) pdf_logo0302
FORMULAS FOR EXAM 2 (1 pages, 17 Kb) pdf_logo0302
EXAM 2 SOLUTIONS pdf_logo0302

Ch. 28: Physical Optics: Interference and Diffraction (9 pages, 132 Kb) pdf_logo0302

FORMULAS FOR FINAL EXAM (2 pages, 30 Kb) pdf_logo0302
FINAL EXAM SOLUTIONS pdf_logo0302 (the solutions key are at the very end of the exam, last two pages)

PHY2053

  • Calendar PHY2053 Spring 2006
  • PHY2053 course notes
  • Syllabus PHY2053

PHY2054

  • PHY2054 course notes
  • Syllabus PHY2054
  • Tentative Calendar for PHY2054 Fall 2005

PHY2048

  • PHY2048 course notes
  • Syllabus PHY2048
  • Tentative Calendar for PHY2048 Fall 2009

PHY2049

  • PHY2049 course notes
  • Syllabus PHY2049
  • Tentative Calendar for PHY2049

PHZ4044

  • Calendar for PHZ4044/5405 Fall 2008
  • PHZ4044/5405 course notes
  • Syllabus PHZ4044/5405

PHz3464-SL

  • PHz3464-SL Syllabus
  • PHz3464-SL course notes
  • PHY3464-SL Tentative Calendar

News

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  • Subterahertz spin pumping from an insulating antiferromagnet
  • Time-resolved electron paramagnetic resonance spectroscopy at 50mK
  • A “high”temperature single-ion magnet

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  • A Universal Logic Calculator in an Individual Molecule
  • Electric-field-driven dual-functional molecular switches in tunnel junctions
  • Subterahertz spin pumping from an insulating antiferromagnet
  • Time-resolved electron paramagnetic resonance spectroscopy at 50mK
  • A “high”temperature single-ion magnet
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