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You are here: Home / Teaching / PHY2049: Physics for scientists and engineers II / PHY2049 course notes

PHY2049 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. The notes will be posted some time after the topic has been covered in class.

Course on basic differential and integral calculus: follow this link* to go into a web-based course about the basic concepts of integral and differential calculus.
*There are many web-based courses with basic mathematics tools that will help you. You can also find very helpful books about basic mathematics in the UCF library.

FORMULAS FOR EXAMS:

Notes to appear:

Unit 1: Electri Fields
Unit 2: Gauss’s Law
Unit 3: Electric Potential
Unit 4: Capacitance and Dielectrics
Unit 5: Current and Resistance
Unit 6: DC Circuits
Unit 7: Magnetic Fields
(link to a 5 minute video on magnetic fields HERE)
Unit 8: Sources of Magnetic Fields
Unit 9: Faraday’s Law
Unit 10: Inductance
Unit 11: AC Circuits
Unit 12: Electromagnetic Waves
Unit 13: Geometrical Optics 

EXAM 1 solutions

EXAM 2 solutions 

EXAM 3 solutions  

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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Enrique del Barco (Group leader)
Office: PS452
Phone: +1(407) 823-0755
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Email: delbarco [at] ucf.edu

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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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