Watch the video and discuss the given topics. Questions & Answers Listen to a passage and answer some questions. Listen to a passage and fill in the missing words. Compound Dictation Acquaint yourself with some relevant information. Background Information

§5.1 Theory of hybrid orbital and atomic orbital hybridization §5.2 Valence Shell Electron-Pair Repulsion (VSEPR) Model §5.3 Delocalized molecular orbital theory §5.4 Hückel molecular orbital theory and conjugated system §5 The symmetry of molecular orbital and symmetry rules for molecular reactions

§1 Symmetry elements and symmetry operations §2 Groups and group multiplications §3 Point groups, the symmetry classification of molecules §4 Application of symmetry

2.1 The Schrödinger equation and its solution for one-electron atoms 2.2 The physical significance of quantum numbers 2.3 The wave function and electron cloud 2.4 The structure of many electron atoms (multi-electron atoms) 2.5 Atomic spectra and spectral term

• Go over the stomach and the liver • The arteries and ligaments of stomach and liver • Bile circulation • Pancreas • Small intestine • Large intestine •Dissection

• 线性 Linearity • 奇偶虚实性 Conjugation and Conjugate Symmetry • 对称性 Duality • 尺度变换特性 Time Scaling • 时移特性和频移特性 Time and Frequency Shifting • 微分和积分特性 Differentiation and Integration • 卷积定理 Convolution Property • Paseval定理 Paseval’s Relation

• Introduction • Lens formula, Image formation and Magnification • Resolution and lens defects • Basic components and their functions • Common modes of analysis • Specialized Microscopy Techniques • Typical examples of applications

4.1 Bending behavior of concrete structural members 4.2 T-sectional beam and shear lag 4.3 Ductility of structural members 4.4 Mechanical behavior of reinforced concrete members under axial compression 4.5 Mechanical behavior of reinforced concrete members under moment and compression 4.6 Mechanical behavior of slender columns

Data Objects and Attribute Types Basic Statistical Descriptions of Data Data Visualization Measuring Data Similarity and Dissimilarity Summary

• What is SEM? • Working principles of SEM • Major components and their functions • Electron beam - specimen interactions • Interaction volume and escape volume • Magnification, resolution, depth of field and image contrast • Energy Dispersive X-ray Spectroscopy (EDS) • Wavelength Dispersive X-ray Spectroscopy (WDS) • Orientation Imaging Microscopy (OIM) • X-ray Fluorescence (XRF)