• §2-1 热力学基本概念及术语 • §2-2 热力学第一定律 • §2-3 恒容热、恒压热、及焓 • §2-4 摩尔热容 • §2-5 热力学第一定律对理想气体的应用 • §2-6 热力学第一定律对一般固、液体的应用 • §2-7 热力学第一定律对实际气体的应用 • §2-8 热力学第一定律对相变化的应用 • §2-9 热力学第一定律对化学变化的应用

⚫ To explain the concept of event-driven programming (§12.2). ⚫ To understand event, event source, and event classes (§12.2). ⚫ To declare listener classes and write the code to handle events (§11.3). ⚫ To register listener objects in the source object (§11.3). ⚫ To understand how an event is handled (§11.3). ⚫ To write programs to deal with ActionEvent (§11.3). ⚫ To write programs to deal with MouseEvent (§11.4). ⚫ To write programs to deal with KeyEvent (§11.5). ⚫ To use the Timer class to control animations (§11.6 Optional)

重点： • 复阻抗复导纳 • 相量图 • 用相量法分析正弦稳态电路 • 正弦交流电路中的功率分析 • 谐振 § 9-1 阻抗和导纳 §9-2 阻抗（导纳）的串联和并联 § 9-3. 电路的相量图 §9-4 正弦稳态电路的分析 §9-5 正弦电流电路中的功率 §9-6 复功率 §9-7 最大功率传输 § 9-8 串联电路的谐振 § 9-9 并联电路的谐振

§8.1. Conformal mappings §8.2. Unilateral Functions §8.3. Local Inverses §8.4. Affine Transformations §8.5. The Transformation = /1 zw §8.6. Mappings by /1 z §8.7. Fractional Linear Transformations §8.8. Cross Ratios §8.9. Mappings of the Upper Half Plane

§7.1. Evaluation of Improper Integrals §7.2. Examples §7.3. Improper Integrals From Fourier Analysis §7.4. Jordan’s Lemma §7.5. Indented Paths §7.6. An Indentation Around a Branch Point §7.7. Definite Integrals Involving Sine and Cosine §7.8. Argument Principle §7.9. Rouche’s Theorem

To design and use abstract classes (§9.2). To process calendar using the Calendar and GregorianCalendar classes (§9.3). To declare interfaces to model weak inheritance relationships (§9.4). To define a natural order using the Comparable interface (§9.4). To know the similarities and differences between an abstract class and interface (§9.4). To enable objects cloneable using the Cloneable interface (§9.4.4 Optional). To use wrapper classes (Byte, Short, Integer, Long, Float, Double, Character, and Boolean) to wrap primitive data values into objects (§9.5). To create a generic sort method (§9.5). To simplify programming using JDK 1.5 automatic conversion between primitive types and wrapper class types (§9.6)

§7.1 简谐振动 §7.2 阻尼振动 §7.3 受迫振动与共振 §7.4 二自由度振动* §7.5 机械波 §7.6 波在空间中的传播 §7.7 波的叠加 §7.8 多普勒效应 §7.9 非线性波简介

§13.1 胶体和胶体的基本特性 §13.2 溶胶的制备及提纯 §13.3 溶胶的动力性质 §13.4 溶胶的光学性质 §13.5 溶胶的电学性质 §13.6 溶胶的稳定性和聚沉作用 §13.7 大分子溶液 §13.8 唐南平衡 §13.9 天然大分子（P1058）

§3.1 牛顿第一定律和惯性参考系 §3.2 惯性质量 动量和动量守恒定律 §3.3 牛顿运动定律 伽利略相对性原理 §3.4 主动力和被动力 §3.5 牛顿运动定律的应用 §3.6 非惯性系中的力学 §3.7 用冲量表述的动量定理 §3.8 质点系动量定理和质心运动定理 §3.9 经典力学中动量守恒定律的常见形式

• To understand the flow of control in selection and loop statements (§3.2-3.7). • To use Boolean expressions to control selection statements and loop statements (§3.2-3.7). • To implement selection control using if and nested if statements (§3.2). • To implement selection control using switch statements (§3.2). • To write expressions using the conditional operator (§3.2). • To use while, do-while, and for loop statements to control the repetition of statements (§3.4). • To write nested loops (§3.4). • To know the similarities and differences of three types of loops (§3.5). • To implement program control with break and continue (§3.6)