SUBROUTINE NAMEAGE(NAME, NLEN, AGE, TEMP) CHARACTER*(*)NAME 工 NTEGER NLEN,AGE REAL TEMP WRITE(6, 1000) NAME(1: NLEN), AGE, TEMP 1000 FORMAT (IX, 'Hello,A,, who is, I2 ears old, has a temperature of RETURN

A1, A,----two arbitrary constants S S2----real numbers or conjugate complex Since the s,t and s,t must be dimensionless, S,, S2----(1/s)

13.1 The ideal job 13.2 Applying for job 13.3 Interviews 13.4 The real thing

8.1 Keynesian consumption function 8.2 A simple two-period model 8.3 Consumption theory after Keynes Permanent-income Hypothesis Life-style Hypothesis 8.4 Real interest& decision-making- between consumption and saving

一、DSPDigital signal processing 1、Signal 2、System 3、Signal Processing 4、 Real-time Processing

§2–1 理想气体状态方程用于实际气体偏差 范德瓦尔方程和R-K方程 维里型方程 对应态原理与通用压缩因子图 麦克斯伟关系和热系数 热力学能、焓和熵的一般关系式 比热容的一般关系式 通用焓与通用熵图 克劳修斯-克拉贝隆方程和饱和蒸气压方程 单元系相平衡条件

5.1 Introduction The properties of airfoils are the same as the properties of a wing with infinite span. However, all real airplanes have wings of finite span. In the present chapter, we will apply our knowledge of airfoil properties to the analysis for finite wings. As we have mentioned in the previous chapter, the analysis for the aerodynamics of wings is separated in two steps.now, we are going on the second-step in Prandtl's philosophy of wing theory

General GMM formula Let y, be an h-vector of variables that are observed at date t, let denote an unknown vector of coefficients, h(e, y,) Be an r-vector real function. Let denote true value of 0, and suppose this true value is

Probabilistic roadmaps Planning in the real world Planning amidst moving obstacles RRT-based planners Conclusions Applicability of Lazy PRM to Spheres

Alternative materials and fabrication techniques Applications in biology and chemistry Applications in medicine A real MTL example of rapid prototyping