COS2633 Numerical Methods I (COS2633)

University of South Africa

Here are the best resources to pass COS2633 Numerical Methods I (COS2633). Find COS2633 Numerical Methods I (COS2633) study guides, notes, assignments, and much more.

All 7 results

Sort by

COS2633 EXAM PACK 2023
  • COS2633 EXAM PACK 2023

  • Exam (elaborations) • 407 pages • 2023
  • the document has the latest questions and elaborate answers
    (0)
  • R52,89
  • + learn more
COS2633 EXAM PACK 2023
  • COS2633 EXAM PACK 2023

  • Exam (elaborations) • 408 pages • 2023
  • the document has the latest questions and elaborate answers
    (0)
  • R44,07
  • + learn more
COS2633 EXAM PACK 2023
  • COS2633 EXAM PACK 2023

  • Exam (elaborations) • 409 pages • 2023
  • COS2633 EXAM PACK 2023
    (0)
  • R44,07
  • + learn more
COS2633 EXAM PACK 2023
  • COS2633 EXAM PACK 2023

  • Exam (elaborations) • 409 pages • 2023
  • COS2633 EXAM PACK 2023
    (0)
  • R52,89
  • + learn more
COS2633 EXAM PACK 2023
  • COS2633 EXAM PACK 2023

  • Exam (elaborations) • 408 pages • 2023
  • Recent exam questions and answers and summarized notes for exam preparation.
    (0)
  • R44,07
  • + learn more
COS2633 EXAM PACK 2024
  • COS2633 EXAM PACK 2024

  • Exam (elaborations) • 407 pages • 2023
  • questions with well outlined answers for exam preparations. compiled from past years
    (0)
  • R52,89
  • + learn more
COS2633 EXAM MEMO MERGED.
  • COS2633 EXAM MEMO MERGED.

  • Exam (elaborations) • 34 pages • 2022
  • COS2633 EXAM MEMO MERGED. university of south africa COS2633 NUMERICAL METHODS 1 October/November 2014 SOLUTIONS QUESTION 1 (1.1) (a) (3)Write the Newton formula (recurrence relation) to approximate3 √ 5. 3 √ 5 is a solution to the equation x 3 = 5, or equivalently, x3 − 5 = 0. So if we apply the Newton’s method to the function f defined by f (x) = x 3 − 5, provided x 0 is given, we obtain the relation (1) xn+1 = xn − (xn )3 − 5 3 (xn )2 . (b) (3)Perform three iterat...
    (0)
  • R52,89
  • + learn more