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Flashcards

A1

Ben Tidswell Part A uni English 15 cards

A1

Cards in this deck (15)

  1. 1Define Cauchy dataDefine Cauchy data
  2. 2What is the requirement for characteristics to intersectWhat is the requirement for characteristics to intersect
  3. 3How do you classify critical points from eigenvaluesHow do you classify critical points from eigenvalues
  4. 4State Gronwall's inequalityState Gronwall's inequality
  5. 5State Picard's existence theoremState Picard's existence theorem
  6. 6What does it mean for a solution y:[a-h,a+h] -> [b-k,b+k] to the IVP: y'(x)=f(x,y(x)) with y(a) = b, to be continuously dependent on the initial dataWhat does it mean for a solution y:[a-h,a+h] -> [b-k,b+k] to the IVP: y'(x)=f(x,y(x)) with y(a) = b, to be continuously dependent on t...
  7. 7Define characteristic equations, characteristic curve, and characteristic projectionDefine characteristic equations, characteristic curve, and characteristic projection
  8. 8Define a plane autonomous system of ODEsDefine a plane autonomous system of ODEs
  9. 9Show how to analyse a plane autonomous system by linearizationShow how to analyse a plane autonomous system by linearization
  10. 10State Bendixon-DulacState Bendixon-Dulac
  11. 11When is a second-order linear PDE hyperbolic, elliptic, and parabolicWhen is a second-order linear PDE hyperbolic, elliptic, and parabolic
  12. 12State the polynomial used to analyse a second-order linear PDEState the polynomial used to analyse a second-order linear PDE
  13. 13State the Contraction Mapping TheoremState the Contraction Mapping Theorem
  14. 14State and prove Picard's Existence Theorem via the Contraction Mapping Theorem and extend it to a full solution if Mh=State and prove Picard's Existence Theorem via the Contraction Mapping Theorem and extend it to a full solution if Mh=
  15. 15State and prove Picard's Existence Theorem via the Contraction Mapping Theorem and extend it to a full solution if Mh=State and prove Picard's Existence Theorem via the Contraction Mapping Theorem and extend it to a full solution if Mh=

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uni Part A Flashcards on A1, created by Ben Tidswell on 27/12/2021.
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Ben Tidswell
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