Engineering Mathematics 2
General information
Course Information
Formula Sheet
Introduction slides
Selected slides
Lecture 10
(least squares; Taylor expansions)
Lecture 11
(small changes: worked examples)
Lecture 13
(integration of simple PDEs)
Lecture 17
(scalar and vector fields; level sets; contour curves; the DEL operator;
directional derivative and its geometrical interpretation)
Lecture 18
(interpretation of the gradient; normal to a curve/surface)
Lecture 19
(divergence of a vector field; interpretation; examples)
Lecture 20
(curl of a vector field; physical interpretation; Laplacian; nabla identities; irrotational vector fields;
finding the associated scalar potential associated with an irrotational vector field)
External resources
GRAD video
DIV video
CURL video
MathTutor Computer aided learning
Use these resources to brush up on school maths
(some of these topics have also been covered in HG1M11, which is a pre-requisite for HG1M12).
Integration
Differentiation
Algebra
Arithmetic
Geometry and vectors
Functions and sequences
Trigonometry
Assessment
2017-18
Coursework
[
Solutions
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Class Test
[
Solutions
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Page created by Ciprian Coman
Last updated: May 2018