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Summary Mathematics 2
This is a complete summary of the course Mathematic 2. Includes information from the lecture notes, the student manual and the exercises. The topics that are discussed in this course are: antidifferentiation, integration, parametrised cruves, integration over surfaces, integration in 3D and cylindrical and spherical coordinates.
- Summary
- • 13 pages •
This is a complete summary of the course Mathematic 2. Includes information from the lecture notes, the student manual and the exercises. The topics that are discussed in this course are: antidifferentiation, integration, parametrised cruves, integration over surfaces, integration in 3D and cylindrical and spherical coordinates.
Summary Crystal Structure
This is a complete summary of the course Crystal Structure. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Physical Chemistry tenth edition, from P. Atkins and J. de Paula.
- Book
- Summary
- • 20 pages •
This is a complete summary of the course Crystal Structure. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Physical Chemistry tenth edition, from P. Atkins and J. de Paula.
Summary DNA Technology
This is a complete summary of the course DNA Technology. Includes information from the lecture notes and the theory. The topics that are discussed in this course are: genetic manipulation, structure and synthesis of DNA, chemical synthesis of DNA, DNA topology, DNA sequence analysis, DNA cloning, DNA vectors, cDNA and genomic libraries and recombinant gene expression.
- Book
- Summary
- • 21 pages •
This is a complete summary of the course DNA Technology. Includes information from the lecture notes and the theory. The topics that are discussed in this course are: genetic manipulation, structure and synthesis of DNA, chemical synthesis of DNA, DNA topology, DNA sequence analysis, DNA cloning, DNA vectors, cDNA and genomic libraries and recombinant gene expression.
Summary Linear Algebra
This is a complete summary of the course Linear Algebra. Includes information from the lecture notes, the student manual and the exercises. The topics that are discussed in this course are: vectors, transformations and matrices, systems of equations, determinants, eigenvalues, linear operators and fourier theory.
- Summary
- • 13 pages •
This is a complete summary of the course Linear Algebra. Includes information from the lecture notes, the student manual and the exercises. The topics that are discussed in this course are: vectors, transformations and matrices, systems of equations, determinants, eigenvalues, linear operators and fourier theory.
Summary Biochemistry
This is a complete summary of the course Biochemistry. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Principles of Biochemistry 6th edition from David L. Nelson and Michael M. Cox.
- Book
- Summary
- • 50 pages •
This is a complete summary of the course Biochemistry. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Principles of Biochemistry 6th edition from David L. Nelson and Michael M. Cox.
Summary Spectroscopic Techniques
This is a complete summary of the course Spectroscopic Techniques. Includes information from the lecture notes and the student manual. The topics that are discussed in this course are: background theory, NMR spectroscopy, chemical shift, scalar coupling, experimental aspects of NMR and magnetic resonance imaging (MRI).
- Summary
- • 13 pages •
This is a complete summary of the course Spectroscopic Techniques. Includes information from the lecture notes and the student manual. The topics that are discussed in this course are: background theory, NMR spectroscopy, chemical shift, scalar coupling, experimental aspects of NMR and magnetic resonance imaging (MRI).
Summary Thermodynamics
This is a complete summary of the course Spectroscopic Techniques. Includes information from the lecture notes, the book and the student manual. The book used for this course is Physical Chemistry 10th edition from Atkins and De Paula. Chapters Physical Chemistry: 1 (A-C), 2 (A-C, E), 3 (A-D), 5(A, B, E), 6 (A-D)
- Book
- Summary
- • 13 pages •
This is a complete summary of the course Spectroscopic Techniques. Includes information from the lecture notes, the book and the student manual. The book used for this course is Physical Chemistry 10th edition from Atkins and De Paula. Chapters Physical Chemistry: 1 (A-C), 2 (A-C, E), 3 (A-D), 5(A, B, E), 6 (A-D)
Summary Reactions & Kinetics
This is a complete summary of the course Reactions & Kinetics. Includes information from the lecture notes and the books. The books used for this course are: Physical Chemistry 10th edition from Atkins and De Paula and Organic Chemistry 7th edition from Bruice. Chapters from Physical Chemistry: 20 (A,B,C,D,E) Chapters from Organic Chemistry: 2 (1-9, 12), 5 (6-11), 6 (1-15, 18), 8 (3-7, 17, 18), 9 (1-5), 10 (1-10), 11 (7, 10)
- Book
- Summary
- • 17 pages •
This is a complete summary of the course Reactions & Kinetics. Includes information from the lecture notes and the books. The books used for this course are: Physical Chemistry 10th edition from Atkins and De Paula and Organic Chemistry 7th edition from Bruice. Chapters from Physical Chemistry: 20 (A,B,C,D,E) Chapters from Organic Chemistry: 2 (1-9, 12), 5 (6-11), 6 (1-15, 18), 8 (3-7, 17, 18), 9 (1-5), 10 (1-10), 11 (7, 10)
Summary Environmental Chemistry & Sustainability
This is a complete summary for the whole course Environmental Chemistry & Sustainability. Includes the information form the course manual, the lecture notes and the student manual. The main topics of this course are: environmental cause-effect chain, chemical fate modeling, toxicity and life cycle assessment.
- Summary
- • 9 pages •
This is a complete summary for the whole course Environmental Chemistry & Sustainability. Includes the information form the course manual, the lecture notes and the student manual. The main topics of this course are: environmental cause-effect chain, chemical fate modeling, toxicity and life cycle assessment.
Samenvatting Terrorisme: Beeld en Werkelijkheid
Summary Biochemistry
Summary Biochemistry
Excellent
Samenvatting Terrorisme: Beeld en Werkelijkheid