(1)Lecture 10 (Differential balance II ) Vector/tensor differential balance equations I ( )I Identity tensor (20)(21)

• Stress magnitude varies with respect of the direction of reference plane = stress is ‘2 nd order tensor’.

Methods: Eighty ASA physical status I and II pediatric patients (1~7 years) were randomly divided into four groups: Group I (Lactated Ringer`s solution, n=20), Group II

 The curl of the velocity field of a rotating rigid body has the direction of the axis of the rotation,.  and its magnitude equals twice the angular speed

Bessel Series ((극좌표에서의 극좌표에서의 라플라스 라플라스 연산자 연산자 원형박막 원형박막 푸리에 푸리에 베셀 베셀 급수 급수)) Bessel Series.

12.6 Heat Equation: Solution by Fourier Integrals and Transforms 12.7 Modeling: Membrane, Two-Dimensional Wave Equation..

5 ) Stop Light Switch (Mechanical) 6 ) Front/Rear Balance Valve 6 ) Front/Rear Balance Valve 7 ) Pressure Differentiavl Valve 8 ) Brake Warning Lamp.. 9 ) Brake Fluid

2.2 Homogeneous Linear ODEs with Constant Coefficients 2.3 Differential

load and differential output have a superior p p high frequency response over differential amplifiers with current mirror load and. amplifiers with current mirror load