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MATH2550: Quantitative Methods for Earth and Environmental Sciences

Quantitative Methods for Earth and Environmental Sciences

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Matrices and second order tensors

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Chapter 1

Matrices and second order tensors

Matrices and second order tensors

Chapter 2

First order ODEs and environmental balance

First order ODEs and environmental balance

Chapter 3

Coupled systems and second order ODEs

Coupled systems and second order ODEs

Chapter 4

Spatial derivatives and multiple integration

Spatial derivatives and multiple integration

Chapter 5

Vector calculus and conservation laws

Vector calculus and conservation laws

Chapter 6

Tensor types metric and anisotropic flux

Tensor types metric and anisotropic flux

Chapter 7

Forced ODEs variation of constants and resonance

Forced ODEs variation of constants and resonance

Chapter 8

Parametric surfaces and boundary theorem derivations

Parametric surfaces and boundary theorem derivations

Chapter 9

Hyperbolic functions and complex exponential expressions

Hyperbolic functions and complex exponential expressions

Chapter 10

Vector operators in cylindrical and spherical coordinates

Vector operators in cylindrical and spherical coordinates

Chapter 11

Domain models in decay chemistry ecology and public health

Domain models in decay chemistry ecology and public health

Chapter 12

Gravity planetary moments and fluid field models

Gravity planetary moments and fluid field models

Chapter 13

Vector and matrix toolbox for spatial models

Vector and matrix toolbox for spatial models

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