In the chapter we present resistive circuit analysis methods. The first is based on KCL and determines all the node-to-datum voltages in a given circuit and is known as node analysis. The second method, based on KVL, determines all loop current and is known as loop analysis. After discussing superposition, we will introduce Thevenin's and Norton's theorems

8-1 Nodal, mesh and loop analysis Nodal analysis:

7-1应力状态概述 (Concepts of stress-state) 7-2平面应力状态分析-解析法 (Analysis of plane stress-state) 7-3平面应力状态分析-图解法 (Analysis of plane stress-state) 7-4三向应力状态分析 7-5平面应变状态分析 (Analysis of plane strain-state) 7-6广义胡克定律 (Generalized Hook's law) 7-7复杂应力状态的变形比能 (Strain-energy density in general stress-state 7-8强度理论(Failure criteria) 7-9莫尔强度理论 (Mohr's failure criterion)

68.1Introduction 68.2 Early Analysis Programs Load Flow (Power Flow). Fault Analysis. Transient Stability. Fast Transients. Reliability. Economic Dispatch and Unit Commitment 68.3 The Second Generation of Programs Graphics Protection Other Uses for Load Flow Analysis

Once a company determines its fixed and variable costs, it can then conduct cost-volume-profit analysis Basically, CVP analysis explores the relationships among costs, volume or activity levels, and profit Break-Even Point One of the primary uses of CVP analysis is to calculate the break-even point. The break-even-point is the number of units

14.1 色谱分析理论基础 fundamental of chromatograph theory 14.2 色谱定性、定量分析方法 qualitative and quantitative analysis in chromatograph 14.3 气相色谱分析法 gas chromatographic analysis ,GC 14.4 液相色谱分析法 Liquid chromatographic analysis ,LC

1 The Object and Character of Numerical Analysis 2 Computer Machine Number System and Floating Point Arithmetic 4 Qualitative Error Analysis and Avoid Error Harm 3 The Error of Numerical Analysis

Demand and supply of financial analysis Basic analytical procedures Analysis methods Comprehensive analysis of financial ratios The limitations of financial analysis Task Team of FUNDAMENTAL ACCOUNTING, Business School. Sun Yat-sen University

 Recognize situations in which to use analysis of variance  Understand different analysis of variance designs  Perform a single-factor hypothesis test and interpret results  Conduct and interpret post-hoc multiple comparisons procedures  Analyze two-factor analysis of variance tests

• Review of Some Fundamentals • Model Building Process • Specifying Analysis Data • Finding an Initial Operating Point - Steady State Analysis • Running a Transient Response - Numerical Integration • Using the Linear Model Analysis - Eigenvalues and Eigenvectors • Review of Fortran Components • Building Library Components • Modeling Digital Controllers - Delay and Sample states • Modeling Discontinuities with Switch States • Miscellaneous Advanced Topics