logo-home
logo
  2. University Of South Africa (Unisa)
  3. Calculus in Higher Dimensions (MAT2615)

Calculus in Higher Dimensions

University of South Africa (Unisa)

Here are the best resources to pass Calculus in Higher Dimensions. Find Calculus in Higher Dimensions study guides, notes, assignments, and much more.

Popular textbooks

Discrete Mathematical Structures: Pearson International Edition

Discrete Mathematical Structures: Pearson International Edition

Bernard Kolman, Robert Busby

1 documents

Calculus

Calculus

James Stewart

1 documents

All 45 results

Sort by:

MAT2615 Assignment 2 (COMPLETE ANSWERS) 2026 - DUE June 2026

  • Exam (elaborations)

    MAT2615 Assignment 2 (COMPLETE ANSWERS) 2026 - DUE June 2026

  • 5.0
    (1)
    5.0
    6
    13
    January 2026
    2025/2026
    A+
  • MAT2615 Assignment 2 (COMPLETE ANSWERS) 2026 - DUE June 2026; 100% TRUSTED Complete, trusted solutions and explanations. For assistance, Whats-App 0.6.7-1.7.1-1.7.3.9. Ensure your success with us... Consider the R2 − R function f defined by f (x, y) = 1 − x2 − y2. Let C be the contour curve of f through the point (1,−1), let L be the tangent to C at (x, y) = (1, 1) and let V be the tangent plane to f at (x, y) = (1, 1). (a) Find the equation of the curve C. (2) (b) Find a vector in ...
  • EduPal
    $4.80 More Info
MAT2615 Assignment 3 solutions 2026

  • Other

    MAT2615 Assignment 3 solutions 2026

  • Available in bundle
    5.0
    (1)
    5.0
    2
    17
    May 2026
    2025/2026
    Available in bundle
  • MAT2615 Assignment 3 solutions 2026 0-7-9-3-2-2-6-4-2-7 UNISA Full Solutions By TA tutor iQ level DUE:
  • Popular
    iQlevel
    $4.80 More Info
Calculus in Higher Dimensions (MAT2615) – University of South Africa (UNISA) – 2018–2020 – Complete exam pack with tutorial letters, assignment solutions, and past exam questions Calculus in Higher Dimensions (MAT2615) – University of South Africa (UNISA) – 2018–2020 – Complete exam pack with tutorial letters, assignment solutions, and past exam questions

  • Exam (elaborations)

    Calculus in Higher Dimensions (MAT2615) – University of South Africa (UNISA) – 2018–2020 – Complete exam pack with tutorial letters, assignment solutions, and past exam questions

  • -
    -
    -
    149
    August 2026
    2026/2027
    A+
  • This document contains a comprehensive MAT2615 exam pack for Calculus in Higher Dimensions, including tutorial letters, assignment memoranda, worked solutions, and past examination papers from multiple semesters. It covers topics such as vectors, planes, multivariable limits, continuity, partial derivatives, gradients, optimization, multiple integration, line and surface integrals, Green’s Theorem, Stokes’ Theorem, and Gauss’ Theorem. The material includes fully worked solutions and marki...
  • PSMokwena
    $10.19 More Info
mat2615 assignment 2 and 3 solutions 2026

  • Package deal

    mat2615 assignment 2 and 3 solutions 2026

  • -
    -
    4
    2
    May 2026
  • mat2615 assignment 2 and 3 solutions 2026, get two assignments by 120rands 0-7-9-3-2-2-6-4-2-7
  • iQlevel
    $7.68 More Info
MAT2615 Assignment 3 Answers / Solutions - Year Module , 2026 | Due Date 2026

  • Exam (elaborations)

    MAT2615 Assignment 3 Answers / Solutions - Year Module , 2026 | Due Date 2026

  • -
    -
    -
    14
    May 2026
    2025/2026
    A+
  • MAT2615 Assignment 3 Answers / Solutions - Year Module , 2026 | Due Date 2026
  • DanielleVanZyl
    $4.93 More Info
MAT2615 Assignment 2 solutions 2026

  • Other

    MAT2615 Assignment 2 solutions 2026

  • Available in bundle
    -
    -
    1
    11
    April 2026
    2025/2026
    Available in bundle
  • MAT2615 Assignment 2 solutions 2026 0-7-9-3-2-2-6-4-2-7 UNISA ALL ANSWERS ARE VERIFIED AND ANSWERED BEST CLEARLY, STEP BY STEP ALL CALCULATIONS ARE SHOWN TOO Dear Student , type or hand write this is allowed and I’m your private tutor iQ Level CALCULUS IN HIGHER DIMENSIONS MAT2615 Year module Department of Mathematical Sciences IMPORTANT INFORMATION: Please activate your myUnisa and myLife e-mail account and make sure that you have regular access to the myUnisa module website MA...
  • iQlevel
    $4.80 More Info
MAT2615 Assignment 3 Memo | Due July 2026

  • Exam (elaborations)

    MAT2615 Assignment 3 Memo | Due July 2026

  • -
    -
    -
    14
    February 2026
    2025/2026
    A+
  • MAT2615 Assignment 3 Memo | Due July 2026. All questions fully solved.
  • Aimark94
    $4.80 More Info
MAT2615 Assignment 2 Memo | Due June 2026

  • Exam (elaborations)

    MAT2615 Assignment 2 Memo | Due June 2026

  • -
    -
    -
    16
    February 2026
    2025/2026
    A+
  • MAT2615 Assignment 2 Memo | Due June 2026. All questions fully answered. 1. (Sections 3.2, 7.5 and 7.9) Consider the R2 − R function f defined by f (x, y) = 1 − x2 − y2. Let C be the contour curve of f through the point (1,−1), let L be the tangent to C at (x, y) = (1, 1) and let V be the tangent plane to f at (x, y) = (1, 1). (a) Find the equation of the curve C. (2) (b) Find a vector in R2 that is perpendicular to C at (x, y) = (1, 1). (2) (c) Find the Cartesian equation of the ...
  • Aimark94
    $4.80 More Info
MAT2615 Assignment 3 (DETAILED ANSWERS) 2026 - DISTINCTION GUARANTEED

  • Exam (elaborations)

    MAT2615 Assignment 3 (DETAILED ANSWERS) 2026 - DISTINCTION GUARANTEED

  • Available in bundle
    -
    -
    -
    9
    January 2026
    2025/2026
    A+
    Available in bundle
  • MAT2615 Assignment 3 (DETAILED ANSWERS) 2026 - DISTINCTION GUARANTEED - DISTINCTION GUARANTEED - DISTINCTION GUARANTEED Answers, guidelines, workings and references.. 1. (Sections 10.1, 10.2) Consider the R2 − R function f defined by f (x, y) = x2 − 6x + 3y2 − y3. (a) Find all the critical points of f . (The function has two critical points.) (5) (b) Use Theorem 10.2.9 to determine the local extreme values and minimax values of f . Also determine (by inspection) whether any of the loca...
  • VarsityC
    $4.80 More Info
MAT2615 Assignment 2 (DETAILED ANSWERS) 2026 - DISTINCTION GUARANTEED

  • Exam (elaborations)

    MAT2615 Assignment 2 (DETAILED ANSWERS) 2026 - DISTINCTION GUARANTEED

  • Available in bundle
    -
    -
    -
    11
    January 2026
    2025/2026
    A+
    Available in bundle
  • MAT2615 Assignment 2 (DETAILED ANSWERS) 2026 - DISTINCTION GUARANTEED - DISTINCTION GUARANTEED - DISTINCTION GUARANTEED Answers, guidelines, workings and references.. Consider the R2 − R function f defined by f (x, y) = 1 − x2 − y2. Let C be the contour curve of f through the point (1,−1), let L be the tangent to C at (x, y) = (1, 1) and let V be the tangent plane to f at (x, y) = (1, 1). (a) Find the equation of the curve C. (2) (b) Find a vector in R2 that is perpendicular to C a...
  • VarsityC
    $4.80 More Info
MAT2615 Assignment 3 (ANSWERS) 2026 - DISTINCTION GUARANTEED

  • Exam (elaborations)

    MAT2615 Assignment 3 (ANSWERS) 2026 - DISTINCTION GUARANTEED

  • -
    -
    -
    9
    January 2026
    2025/2026
    A+
  • Comprehensively structured MAT2615 Assignment 3 (ANSWERS) 2026 - DISTINCTION GUARANTEED. Prepared to a distinction standard with detailed and well-developed responses. .. 1. (Sections 10.1, 10.2) Consider the R2 − R function f defined by f (x, y) = x2 − 6x + 3y2 − y3. (a) Find all the critical points of f . (The function has two critical points.) (5) (b) Use Theorem 10.2.9 to determine the local extreme values and minimax values of f . Also determine (by inspection) whether any of the ...
  • Edge
    $4.80 More Info
MAT2615 Assignment 2 (ANSWERS) 2026 - DISTINCTION GUARANTEED

  • Exam (elaborations)

    MAT2615 Assignment 2 (ANSWERS) 2026 - DISTINCTION GUARANTEED

  • -
    -
    -
    11
    January 2026
    2025/2026
    A+
  • Comprehensively structured MAT2615 Assignment 2 (ANSWERS) 2026 - DISTINCTION GUARANTEED. Prepared to a distinction standard with detailed and well-developed responses. ..Consider the R2 − R function f defined by f (x, y) = 1 − x2 − y2. Let C be the contour curve of f through the point (1,−1), let L be the tangent to C at (x, y) = (1, 1) and let V be the tangent plane to f at (x, y) = (1, 1). (a) Find the equation of the curve C. (2) (b) Find a vector in R2 that is perpendicular to C...
  • Edge
    $4.80 More Info
MAT2615 Assignment 3 (QUALITY ANSWERS) 2026

  • Exam (elaborations)

    MAT2615 Assignment 3 (QUALITY ANSWERS) 2026

  • -
    -
    -
    12
    January 2026
    2025/2026
    A+
  • This document provides detailed workings, clear explanations, and well-structured solutions for the MAT2615 Assignment 3 (QUALITY ANSWERS) 2026 - For assistance call or Whats-App us on 0.8.1..2.7.8..3.3.7.2.. 1. (Sections 10.1, 10.2) Consider the R2 − R function f defined by f (x, y) = x2 − 6x + 3y2 − y3. (a) Find all the critical points of f . (The function has two critical points.) (5) (b) Use Theorem 10.2.9 to determine the local extreme values and minimax values of f . Also determ...
  • StudyShack
    $4.80 More Info
MAT2615 Assignment 3 (COMPLETE ANSWERS) 2026 - DUE June 2026

  • Exam (elaborations)

    MAT2615 Assignment 3 (COMPLETE ANSWERS) 2026 - DUE June 2026

  • -
    -
    1
    11
    January 2026
    2025/2026
    A+
  • MAT2615 Assignment 3 (COMPLETE ANSWERS) 2026 - DUE June 2026; 100% TRUSTED Complete, trusted solutions and explanations. For assistance, Whats-App 0.6.7-1.7.1-1.7.3.9. Ensure your success with us... 1. (Sections 10.1, 10.2) Consider the R2 − R function f defined by f (x, y) = x2 − 6x + 3y2 − y3. (a) Find all the critical points of f . (The function has two critical points.) (5) (b) Use Theorem 10.2.9 to determine the local extreme values and minimax values of f . Also determine (by ins...
  • EduPal
    $4.80 More Info
MAT2615 Assignment 2 (QUALITY ANSWERS) 2026 MAT2615 Assignment 2 (QUALITY ANSWERS) 2026

  • Exam (elaborations)

    MAT2615 Assignment 2 (QUALITY ANSWERS) 2026

  • -
    -
    -
    14
    January 2026
    2025/2026
    A+
  • This document provides detailed workings, clear explanations, and well-structured solutions for the MAT2615 Assignment 2 (QUALITY ANSWERS) 2026 - For assistance call or Whats-App us on 0.8.1..2.7.8..3.3.7.2.. .. Consider the R2 − R function f defined by f (x, y) = 1 − x2 − y2. Let C be the contour curve of f through the point (1,−1), let L be the tangent to C at (x, y) = (1, 1) and let V be the tangent plane to f at (x, y) = (1, 1). (a) Find the equation of the curve C. (2) (b) Find...
  • StudyShack
    $4.80 More Info
MAT2615 assignment 2 completed and detailed solutions 2025 Unisa.

  • Exam (elaborations)

    MAT2615 assignment 2 completed and detailed solutions 2025 Unisa.

  • -
    -
    1
    33
    June 2025
    2024/2025
    A+
  • MAT2615 assignment 2 completed and detailed solutions 2025 Unisa. MAT2615 assignment 2 completed and detailed solutions 2025 Unisa. solution that shows every detailed step by step in showing each steps of how to identify what type of theorem and how to calculate the values and how to expect it in the exam.This is a course that you must make sure you master the assignments . This will let you master this concept and assure you ace these examples in the example. Great solution document and 100 % g...
  • cilliersfrederick
    $12.79 More Info
MAT2615 assignment 1 completed and detailed solutions 2025 Unisa.

  • Exam (elaborations)

    MAT2615 assignment 1 completed and detailed solutions 2025 Unisa.

  • -
    -
    -
    29
    May 2025
    2024/2025
    A+
  • MAT2615 assignment 1 completed and detailed solutions 2025 Unisa. Excellent solutions document that explains each question in detail. Step for step is shown to ensure that you ace these types of questions in the exam . Great document and excellent marks guaranteed.
  • cilliersfrederick
    $12.79 More Info
Mat2611 assignment 1

  • Package deal

    Mat2611 assignment 1

  • -
    -
    -
    5
    April 2025
  • Asignment answers for mat2611 2025 everything and notes, summaries and books tutorials, memorandurms questions,
  • elelwanisiphuga
    $17.48 More Info
MAT2615 ASSIGNMENT 1 2025

  • Summary

    MAT2615 ASSIGNMENT 1 2025

  • -
    -
    -
    14
    March 2025
    2024/2025
  • This document contains MAT2615 ASSIGNMENT 1 2025 SOLUTIONS. Step by step calculations are provided.
  • jctutor0814378595
    $5.12 More Info
MAT2615 ASSIGNMENT 1 SEMESTER 1 2025

  • Summary

    MAT2615 ASSIGNMENT 1 SEMESTER 1 2025

  • -
    -
    -
    10
    February 2025
    2024/2025
  • MAT2615 ASSIGNMENT 1 SEMESTER 1 2025: Unlock Your Success in MAT2615! Get clear, detailed solutions with step-by-step explanations for all calculations and workings. This guide is your ultimate tool for acing assessments and preparing for the final exam. Success is within your reach—don't hesitate to reach out for more support and guidance along the way!
  • thegeniustutorials
    $5.44 More Info
Get paid weekly? You can!
That summary you just bought made someone very happy. Also get paid weekly? Sell your study resources on Stuvia!
Learn more Get started