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  2. Mathematics (MTH)
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    1. Mathematics I (MTH105)
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      1. Week 1
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      6. Week 6
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      12. Week 12 (Review)
      13. Week 13
    2. Mathematics II (MTH106)
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      1. Week 1 (Review of Mathematics I)
      2. Week 2 (Review of Mathematics I)
      3. Week 3
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      6. Week 6 (Review)
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      14. Week 14 (Review)
    3. Linear Algebra (MTH104)
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      1. 1. Introduction
      2. 2. Vectors, Systems of Linear Equations
      3. 3. Linear Independence, Basis, Dimensions
      4. 4. Linear Transformations and Matrix Algebra
      5. 5. Dot Products and Orthogonality
      6. 6. Types of Matrices
      7. (Exam)
      8. 7. Determinants
      9. 8. Change of basis
      10. 9. Eigenvalues and Eigenvectors
      11. 10. Dot product and Cross product
      12. (Review)
      13. (Exam)
    4. Differential Equations (MTH215)
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      1. Week 1
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      5. Week 5 (Holiday)
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      7. Week 7 (Review)
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    5. Probability and Statistics (MTH207)
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    6. Discrete Mathematics (MTH202)
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  3. Physics (PHY)
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    1. Physics I (PHY107)
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      1. 1. Physics and Measurement
      2. 2. Motion in One Dimension
      3. 3. Vectors
      4. 4. Motion in Two Dimensions
      5. 5. The Laws of Motion
      6. 6. Circular Motion and other Applications of Newton's Laws
      7. 7. Work and Kinetic Energy
      8. 8. Potential Energy and Conservation of Energy
      9. 9. Linear Momentum and Collisions
      10. 10. Rotation of a Rigid Object About a Fixed Axis
      11. 11. Rolling Motion and Angular Momentum
      12. 12. Static Equilibrium and Elasticity
    2. Physics II (PHY108)
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      1. 1. Electric Fields
      2. 2. Gauss's Law
      3. 3. Electric Potential
      4. 4. Capacitance and Dielectrics
      5. 5. Current and Resistance
      6. 6. Direct Current Circuits
      7. 7. Magnetic Fields
      8. 8. Sources of Magnetic Field
      9. 9. Faraday's Law
      10. 10. Inductance
      11. 11. Alternating Current Circuits
      12. 12. Electromagnetic Waves
  4. Computer (COM)
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    1. Computer Programming I (COM103)
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      1. 0. Scratch
      2. 1. C
      3. 2. Arrays
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      5. 4. Memory
      6. 5. Data Structures
    2. Computer Architecture (COM204)
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      1. Week 1 (Introduction)
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    3. Data Structures And Algorithms (COM202)
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      14. Week 14 (Exam)
  5. Electrical Engineering (EEE)
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    1. Basics of Electrical Engineering (EEE201)
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      1. Week 1 (bs)
      2. Week 2 (bs)
      3. Week 3
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      6. Week 6
      7. Week 7
      8. Week 8 (Exam)
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      12. Week 12
      13. Week 13
    2. Electronics Circuits (EEM212)
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      1. Week 1 (bs)
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      8. Week 8 (Exam)
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      16. Week 16 (Exam)

College Resources

7. Magnetic Fields

Chapters (Serway & Jewett, Physics 9ed):

  • 29.1 Analysis Model: Particle in a Field (Magnetic)
  • 29.4 Magnetic Force Acting on a Current-Carrying Conductor
  • 29.5 Torque on a Current Loop in a Uniform Magnetic Field
  • 29.2 Motion of a Charged Particle in a Uniform Magnetic Field
  • 29.3 Applications Involving Charged Particles Moving in a Magnetic Field
  • 29.6 The Hall Effect

Videos:

  • Yale: Physics II, Circuits and Magnetism I
  • Yale: Physics II, Magnetism II
  • MIT: 8.02x, Magnetic Fields, Lorentz Force, Torques, Electric Motors (DC)
  • MIT: 8.02x, Moving charges in B-fields, Cyclotrons, Mass Spectrometers, LHC
  • Physics by Alexander FufaeV: The Hall Effect
  • Edoreal Engineering: The Hall Effect and its use Cases
  • KhanAcademy: Magnets and magnetic fields
  • KhanAcademy: Oersted's experiment and right hand rule
  • KhanAcademy: Lorentz force & definition of magnetic field
  • KhanAcademy: Magnetic force on a current carrying conductor
  • KhanAcademy: Motion in magnetic field
  • KhanAcademy: Current loops as magnetic dipoles
  • KhanAcademy: Torque on magnetic dipoles

Exercise Videos:

  • Michel van Biezen: Magnetic Fields And Magnetic Forces
  • MIT: 8.02x, Electron Gyrating in a Magnetic Field
  • MIT: 8.02x, Determine Mass of Isotope
  • MIT: 8.02x, Force on a Wire drawing a Current in a Magnetic Field
  • MIT: 8.02x, Torque on a Current Loop