# Index [Cauchy-Schwarz inequality](Cauchy-Schwarz%20inequality.md) [Curl](Curl.md) [Divergence](Divergence.md) [[Flux]] [Gradient](Gradient.md) [[Homogeneous function]] [Nabla](Nabla.md) [[Path integrals of vector fields]] [[Solenoidal vector fields]] [[Surface integrals of vector fields]] [Vector fields](Vector%20fields.md) [Vector potential](Vector%20potential.md) --- # Basic concepts ## Derivative of a vector --- # Bibliography [Altland, A. von Delft, J. _Mathematics for Physicists_, Cambridge University Press, 2019](Altland,%20A.%20von%20Delft,%20J.%20Mathematics%20for%20Physicists,%20Cambridge%20University%20Press,%202019.md) [Griffiths, D. J., _Introduction to Electrodynamics_, Pearson Prentice Hall, 4th edition, 2017.](Griffiths,%20D.%20J.,%20Introduction%20to%20Electrodynamics,%20Pearson%20Prentice%20Hall,%204th%20edition,%202017..md) [von Neumann J., _Mathematical Foundations of Quantum Mechanics_. Translated by Robert T. Beyer. Princeton University Press, 2018.](von%20Neumann%20J.,%20Mathematical%20Foundations%20of%20Quantum%20Mechanics.%20Translated%20by%20Robert%20T.%20Beyer.%20Princeton%20University%20Press,%202018..md) #MathematicalFoundations/Analysis/VectorAnalysis #MathematicalFoundations/Analysis/VectorAnalysis/Derivatives #MathematicalFoundations/Analysis/VectorAnalysis/Integrals #index #Bibliography