求本书。。Introduction to Calculus and Matrix Algebra with Applications in Finan

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马上要去NTU上MFE了。。他们有个precourse提供的recommended text是Introduction to Calculus and Matrix Algebra with Applications in Finance这本书（Second Edition, 2007, McGraw-Hill），Lee Hon Sing and Gerald Cheang写的，我在网上怎么都找不到，如果有大大有这本书求发一下，如果没有的话有没有适合的替代的书籍？根据下面的要学习的内容
下面是precourse的内容：
1. Basic Mathematics: Sets, Real Number System, Surds and Logarithm, Simultaneous Equations, Functions, Polynomials

2. Matrix Algebra: Basic Matrix Operations; Elementary Row Operations; Determinants; Matrix Inverses; Linear Equations; Eigenvalues and Eigenvectors;

3. Vector Space: Basic Vector Operations, Norms, Spanning Sets and Basis, Geometry of Vector Spaces, Gram-Schmidt Process

4. Differential Calculus: Series and Sequences; Limits & Continuity; Derivatives (including Partial Derivatives); Product Rule and Chain Rule; Taylor Series;

5. Optimization: Unconstrained Optimization; Constrained Optimization

6. Integral Calculus: Definite & Indefinite Integrals; Techniques of Integration; Special Functions; Laplace Transforms

7. Difference and Differential Equations: Solving difference equations; First & Second Order Linear ODE; Solving ODEs using Laplace Transforms

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关键词：Applications introduction Application troduction Calculus Matrix 书籍 网上

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1. Basic Mathematics: Sets, Real Number System, Surds and Logarithm, Simultaneous Equations, Functions, Polynomials

2. Matrix Algebra: Basic Matrix Operations; Elementary Row Operations; Determinants; Matrix Inverses; Linear Equations; Eigenvalues and Eigenvectors;

3. Vector Space: Basic Vector Operations, Norms, Spanning Sets and Basis, Geometry of Vector Spaces, Gram-Schmidt Process

4. Differential Calculus: Series and Sequences; Limits & Continuity; Derivatives (including Partial Derivatives); Product Rule and Chain Rule; Taylor Series;

5. Optimization: Unconstrained Optimization; Constrained Optimization

6. Integral Calculus: Definite & Indefinite Integrals; Techniques of Integration; Special Functions; Laplace Transforms

7. Difference and Differential Equations: Solving difference equations; First & Second Order Linear ODE; Solving ODEs using Laplace Transforms