= The Feynman Lectures on Physics, Volume II by Richard Feynman and others
{c}
{scope}
{tag=Work by Richard Feynman}
{tag=Work by Robert B. Leighton}
{tag=Work by Matthew Sands}
By <Richard Feynman>, <Robert B. Leighton>, <Matthew Sands>.
Publisher: Caltech / The Feynman Lectures Website (online edition).
Additional cited passages: II.14–6, equations (14.37)–(14.38): volume-to-wire conversion; II.14–7, equations (14.39)–(14.43): volume law, displacement convention and cross-product order; II.14–5, equations (14.33)–(14.36): loop magnetic moment and dipole field. Whole-book authors are not separately credited chapter authors; no online-edition publication or revision date was verified.
Additional cited passages: II.13–4, equations (13.12)–(13.13) and subsequent steady-source and closed-circuit discussion; II.13–5, equations (13.17)–(13.18) and internal-current explanation of magnetic matter. Whole-book authors are not separately credited chapter authors; no online-edition publication or revision date was verified.
Additional online chapters: https://www.feynmanlectures.caltech.edu/II_02.html and https://www.feynmanlectures.caltech.edu/II_12.html
Additional cited passages: II.2–7, Second derivatives of vector fields, equations (2.52)–(2.54), the <Laplacian> and the rectangular-component statement after (2.54); II.2–8, Pitfalls, equation (2.60) and final coordinate-system caution. II.12–4, equations (12.19)–(12.22), neutron flux proportional to a scalar diffusion coefficient times the negative density <gradient>, and local conservation. Equation (12.22) retains the coefficient inside the <divergence>; reducing it to a constant times the <Laplacian> requires an additional constancy assumption. Credits remain the existing whole-book authors <Richard Feynman>, <Robert B. Leighton> and <Matthew Sands>; no separate chapter authors or online-edition date are established.
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