CA2020Proposed solution included

MAT 301 Analysis 1 CA 2020

About this paper

MAT 301: University of Buea, Continuous Assessment Test II (05-02-2020, 7:00am, 2hrs; exam-taker's own handwritten scratch work in the margins not transcribed): Euler's theorem proof generalized to R^n; gradients of ln|r| and 1/|r|; Lagrange-multiplier critical points of y^2-x^2 on an ellipse, with a worked explanation of why the (unconstrained) Leading Minors Test does not directly classify these constrained critical points; nearest-point-on-a-disk-to-a-line optimization; polar-coordinate double integrals (an annular-sector integral and a Gaussian-type integral over the unit disk).

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University of Buea

Faculty of Science - FS

Mathematics - MAT

MAT3012020

Analysis 1

CA · First Semester · Level 300

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At a glance

Course code
MAT301 (MAT 301)
Type
CA
Year
2020
Level
Level 300
Semester
First Semester
Proposed solution
Included

Where it's from

  1. University

    University of Buea
  2. Faculty

    Faculty of Science - FS
  3. Department

    Mathematics - MAT

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