Taha, Marwa El-SubeyhiĪzo-Schiff, Congo Red, Diazonium Salt, Photochemical Conversion, Dye Sensitized Solar Cell 11th Edition, Oxford University Press, Oxford.ĭesign, Microwave Assisted Synthesis of Some Schiff Bases Derivatives of Congo Red and Conventional Preparation of Their Structurally Reversed Analogous CompoundsĪUTHORS: Nashwan O.

Reading Assignment: Gale Rhodes Crystallography Made Crystal Clear, 2 ndEd.Atkins, P., DePaula, J.

Lecture 7: Structure Determination X-ray Crystallography

Lecture 6: Proteins - Structure and Function Reading Assignment: Atkins, P The Elements of Physical Chemistry.Reading Assignment: Nelson, D & Cox, M: Lehninger's Biochemistry, 4 thEdition.Lecture 5: Bioenergetics and Molecular Interactions Bioenergetics Physical Chemistry for the Life Sciences Chapter 4 - Chemical Equlibrium Reading Assignment: Atkins, P and de Paula, J.Physical Chemistry for the Life Sciences Chapter 2 - The Second Law Reading Assignment: Hammes, G Thermodynamics and Kinetics for the Biological Sciences Chapter 2 - Entropy and Free Energy.Lecture 4: Thermodynamics II - Entropy and Free Energy

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Reading Assignment: Hammes, G Thermodynamics and Kinetics for the Biological Sciences Chapter 1 - Heat, Work and Energy.

Lecture 3: Thermodynamics I - Heat, Work and Energy

Online Tutorials, Waner and Costenoble.

Wilhelm Ostwald (1853-1932) Nobel Prize in Chemistry, 1909.

Theodor Svedberg (1884-1971) Nobel Prize in Chemistry, 1926.

Reading Assignment: van Holde, Johnson & Ho (1998) Principles of Physical Biochemistry Chapter 5.

Lecture 1: Transport Processes - Sedimentation and Diffusion

(2006) Physical Chemistry for the Life Sciences Fundamentals Lecture 0: A Physical Description of Nature Table of Contents Lecture 0: A Physical Description of Nature Lecture 1: Transport Processes - Sedimentation Lecture 2: Calculus Review Lecture 3: Thermodynamics I - Heat, Work and Energy Lecture 4: Thermodynamics II - Entropy and Free Energy Lecture 5: Bioenergetics and Molecular Interactions Lecture 6: Proteins - Structure and Function Lecture 7: Structure Determination

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