remark 23.3 What Part II owes this chapter

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remark 23.3: What Part II owes this chapter23.3equation 23.2: eq:hj-equation23.2proposition 10.15: Method of characteristics, first order10.15theorem A.286: Implicit function theoremA.286definition 23.5: Complete integral23.5proposition 23.44: Relativistic Hamilton–Jacobi equation23.44proposition 23.9: Separation of the time23.9proposition 23.47: The Hamilton–Jacobi equation as the classical limit23.47remark 23.4: What the equation costs and what it buys23.4equation 23.13: eq:hj-dsdt-chain23.13definition 10.2: Linear, semilinear, quasilinear10.2proposition 7.31: Chain rule7.31definition 10.93: Scalar conservation law10.93proposition 10.16: Cauchy's characteristic strips10.16proposition 10.94: Gradient catastrophe10.94remark 31.90: Why a compression wave must steepen31.90proof : ch:08-pdes@proof-5proofdefinition 7.99: Differentiability at a point7.99proposition 7.104: Chain rule in several variables7.104theorem 7.100: C^1 implies differentiable7.100corollary A.292: Inverse function theoremA.292corollary A.293: Solving one scalar equation for one coordinateA.293lemma A.650: Flattening the constraintsA.650remark A.296: Both hypotheses are needed, and the conclusion is localA.296theorem 23.6: Jacobi23.6theorem 13.63: Constant rank theorem13.63theorem 13.62: Regular value theorem in codimension k13.62proof : app:A-long-proofs@proof-185proof

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