WTW 256 Differential Equations

University of Pretoria (UP)

Here are the best resources to pass WTW 256 Differential Equations. Find WTW 256 Differential Equations study guides, notes, assignments, and much more.

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WTW256: LU 3.4: DERIVATIVES OF TRANSFORMS, CONVOLUTION AND THE TRANSFORM OF INTEGRALS Lecture notes
  • WTW256: LU 3.4: DERIVATIVES OF TRANSFORMS, CONVOLUTION AND THE TRANSFORM OF INTEGRALS Lecture notes

  • Lecture notes • 5 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover Derivatives of transforms, convolution and the transform of integrals.
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WTW256: LU 2.1: SECOND AND HIGHER ORDER HOMOGENEOUS LINEAR DIFFERENTIAL EQUATIONS Lecture notes
  • WTW256: LU 2.1: SECOND AND HIGHER ORDER HOMOGENEOUS LINEAR DIFFERENTIAL EQUATIONS Lecture notes

  • Lecture notes • 9 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer.
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WTW256: LU 1.2: SEPARABLE EQUATIONS
  • WTW256: LU 1.2: SEPARABLE EQUATIONS

  • Lecture notes • 7 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover separable equations theory.
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WTW256: LU 1.2 SEPARABLE EQUATIONS APPLICATIONS Lecture notes
  • WTW256: LU 1.2 SEPARABLE EQUATIONS APPLICATIONS Lecture notes

  • Lecture notes • 6 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover the application of separable equations.
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WTW256: LU 1.5: AUTONOMOUS DIFFERENTIAL EQUATIONS Lecture Notes
  • WTW256: LU 1.5: AUTONOMOUS DIFFERENTIAL EQUATIONS Lecture Notes

  • Lecture notes • 7 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover Autonomous differential equations.
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WTW256: LU3.3: TRANSLATION AND TRANSFORMS OF PIECEWISE CONTINUOUS FUNCTIONS Lecture notes
  • WTW256: LU3.3: TRANSLATION AND TRANSFORMS OF PIECEWISE CONTINUOUS FUNCTIONS Lecture notes

  • Lecture notes • 12 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover Translations and transforms of piecewise continuous functions.
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WTW256: Lu 2.2: NON-HOMOGENEOUS LINEAR DIFFERENTIAL EQUATIONS: Lecture Notes
  • WTW256: Lu 2.2: NON-HOMOGENEOUS LINEAR DIFFERENTIAL EQUATIONS: Lecture Notes

  • Lecture notes • 8 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover Non-homogeneous linear differential equations, method of undetermined coefficients.
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WTW256: LU 1.1: BASIC IDEAS Lecture notes
  • WTW256: LU 1.1: BASIC IDEAS Lecture notes

  • Lecture notes • 7 pages • 2022
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  • Lecture notes were made while watching the recorded lectures assigned to watch. These notes include theory (theorems) and worked out examples from the lecturer. These specific notes cover differential equation, initial value and initial value problem, order of differential equation, general solution, particular solution, linear and non-linear differential equations.
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