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http://worldcat.org/entity/work/id/370753839

Electric circuits

Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend not only on the celebrated laws of Ohm and Kirchoff, but also on the less celebrated work of Charles Wheatstone.

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type

about

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alternateName

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  • "Magnets"@en
  • "Electric circuits"@en
  • "Magnetism"@en
  • "Magnetism"

contributor

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creator

description

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  • "Looks at the design and analysis of currents flowing in series and parallel circuits of resistors and capacitators. Covers the laws of Ohm and Kirchhoff and the contribution of Charles Wheatstone."
  • "Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend not only on the celebrated laws of Ohm and Kirchoff, but also on the less celebrated work of Charles Wheatstone."
  • "Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend not only on the celebrated laws of Ohm and Kirchoff, but also on the less celebrated work of Charles Wheatstone."@en
  • "Program 33. The works of Charles Wheatstone, Ohm, and Kirchhoff lead to the design and analysis of how current flows. Program 34. William Gilbert, physician to Queen Elizabeth I of England, discovered that the earth behaves like a giant magnet. Modern scientists have learned even more."@en
  • "Demonstrates that design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend on the laws of Ohm, Kirchboff, and Charles Wheatstone."@en
  • "Program 33 discusses the design and analysis of currents flowing in series and parallel circuits of resistors and capacitors developed by Ohm, Kirchoff and Charles Wheatstone. Program 34 discusses magnetism as a natural phenomenon, the behavior of magnetic materials and the motion of charged particles in a magnetic field. Uses computer animation sequences, historical reenactments, and close-up photography of experiments."@en
  • "Discusses how the design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend on the laws of Ohm, Kirchhoff, and Charles Wheatstone."@en
  • "Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend on the laws of Ohm, Kirchboff, and Charles Wheatstone."@en
  • "The first program discusses the design and analysis of currents flowing in series and parallel circuits of resistors and capacitors developed by Ohm, Kirchoff and Charles Wheatsone. The second program discusses magnetism as a natural phenomenon, the behavior of magnetic materials and the motion of charged particles in a magnetic field."@en
  • "The first program discusses the design and analysis of currents flowing in series and parallel circuits of resistors and capacitors developed by Ohm, Kirchoff and Charles Wheatsone. The second program discusses magnetism as a natural phenomenon, the behavior of magnetic materials and the motion of charged particles in a magnetic field."
  • "Shows how the work of Charles Wheatstone, Ohm, and Kirchhoff led to the analysis of how current flows. Discusses magnetism as a natural phenomenon, the behavior of magnetic materials, and the motion of charged particles in a magnetic field."
  • "Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend on the laws of Ohm, Kirchhoff, and Charles Wheatstone."@en
  • "Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend not only on the celebrated laws of Ohm and Kirchboff, but also on the less celebrated work of Charles Wheatstone."@en
  • "Electric circuits: Design and analysis of currents flowing in series and parallel circuits of resistors and capacitors depend not only on the celebrated laws of Ohm and Kirchoff, but also on the less celebrated work of Charles Wheatstone. Magnetism: discusses the kinds of magnets and the magnetic field."@en
  • "Summary: Deals with the design and analysis of currents flowing in series and parallel circuits of resisters and capacitators."@en

genre

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  • "Science films"
  • "Video recordings for the hearing impaired"@en
  • "Streaming multimedia"@en
  • "Documentary films"
  • "Digital video"@en

name

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  • "Electric circuits"
  • "Electric circuits"@en
  • "Electric circuits ; Magnetism"@en
  • "Electric circuits Magnetism"@en
  • "The Mechanical universe ... and beyond. Electric circuits. Magnetism"@en

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