6.1中央银行的 1.中央银行的产生银行券的发行兑付问题,各银 产生和发展行间的债权债务清算、票据交换困 难以及银行信用危机的发生构成中央银行产生的背景

1.货币政策概述 (1)定义: 货币政策是一国中央银行在追求可 维持的经济增长、高就业以及物价的稳 定、国际收支平衡而采取的用以影响货 币和其他金融环境的措施

第一章货 第二章信用 第三章金融体系与金融机构 第四章金融市场 第五章商业银行 第六章中央银行 第七章货币理论 第八章通货膨胀与通货紧缩 第九章金融与经济发展 第十章货币政策

1. Which type of ideal gas will have the largest value for C-Cp? (D) (A)Monatomic (B)Diatomic (C)Polyatomic (D)The value will be the same for all. Solution: The difference between the molar specific heat at constant pressure and that at constant volume is

I. Choose the Correct Answer 1. The magnitude of the force of gravity between two identical objects is given by Fo. If the mass of each object is doubled but the distance between them is halved, then the new force of between the objects will be

I. Choose the Correct Answer 1. Which of the following quantities are independent of the choice of inertial frame? (There may be more than one correct answer) (A)Velocity (B)Acceleration (C)Force (D)Work Solution: In all the inertial frame, the forces acted on a body are same,=ma=F'=ma', therefore the force and acceleration are independent of the choice of inertial frame

2-1 Preface 2-2 Fluid Static Pressure and Its Characters 2-3 Differential Equation of Fluid Equilibrium 2-4 Equilibrium Fluids in Gravity Field 2-5 Calculation and Measure of Static Pressure 2-6 Relative Equilibrium of Liquid 2-7 Total Pressure Acting on Plane of Static Fluids 2-8 Total Pressure Acting on Curved Surface of Static

3-1 Preface 3-2 Methods to Describe Fluid Motion 3-3 Basic Concepts of Fluid Motion 3-4 Continuity Equation 3-5 Motion Differential Equation of Ideal Fluid 3-6 Bernoulli Equation and Its Application 3-7 System and Control Volume 3-8 Momentum Equation 3-9 Moment of Momentum Equation

6-1引言 6-2流体微团运动分析 6-3无旋流动的速度势 6-4平面流动的流函数 6-5基本平面势流 6-6势流的叠加原理

1-1 Introduction 1-2 Fluid Particle and Continuous Medium Hypothesis 1-3 Density, Specific Volume and Relative Density of Fluid 1-4 Compressibility and Expansion of a Fluid 1-5 Fluid Viscosity 1-6 Forces acting on a Fluid Exercises of Chapter 1