Chapter F9 Power notes Fixed Assets and Intangible Assets Learning objectives 1. Nature of Fixed Assets 2. Accounting for Depreciation 3. Capital and Revenue Expenditures 4. Disposal of Fixed Assets 5. Leasing Fixed Assets 6. Internal Control of fixed assets 7 Natural resources 8. Intangible Assets 9. Financial Reporting 10. Financial Analysis and Interpretation

Chapter F7 Power notes Receivables Learning objectives 1. Classification of receivables 2. Internal Control of receivables 3. Uncollectible receivables 4. Uncollectibles- Allowance Method 5. Uncollectibles- Direct Write-Off Method 6. Characteristics of notes receivable 7. Accounting for Notes Receivable 8. Balance Sheet Presentation 9. Financial Analysis and Interpretation

Chapter F4 Power notes Completing the Accounting Cycle Learning Objectives 1. Work sheet 2. Financial Statements 3. Adjusting and Closing Entries 4. Accounting Cycle 5. Fiscal year 6. Financial Analysis and Interpretation

Chapter F2 Power notes Analyzing Transactions Learning objectives 1. Usefulness of an Account 2. Characteristics of an Account 3. Analyzing and Summarizing Transactions 4. Illustration of Analyzing and Summarizing 5. Trial Balance 6. Discovery and Correction of Errors 7. Financial Analysis and Interpretation

18.1电导分析的基本概念 电导是电阻的倒数

Eco514 Game Theory Forward Induction Marciano Siniscalchi January 10, 2000 Introduction One of the merits of the notion of sequential equilibrium is the emphasis on out-of- equilibrium beliefs-that is, on beliefs (about past and future play)at information sets that should not be reached if given equilibrium is played. The key insight of extensive-form analysis is that out-of-equilibrium beliefs deter

Eco514 Game Theory Lecture 2: (Iterated)Best Response Operators Marciano Siniscalchi September 21, 1999 Introduction This lecture continues the analysis of normal-form games. We analyze general, non-zerosum games, emphasizing the informal\equation\: Rational Behavior+ Assumptions about Beliefs=Solution Concepts

Introduction Ideally, the system parameters along with the signal variables have infinite precision taking any value between -oo and · In practice, they can take only discrete values within a specified range since the registers of the digital machine where they are stored are of finite length

Analysis Analyze existing circuits to determine their function Synchronous sequential circuit The basic modeling structure Two circuit models: Mealy model& Moore model Three approach used to describe the circuit: Logic function equation

一、谱图中化合物的结 构信息 structure information of compound in spectrograph 二、简化谱图的方法 methods of simpling spectrograph 三、谱图解析 spectrum unscrambling 四、谱图联合解析 deduce the structures from NMR spectrum and IR spectrum