BUKU TEKS PENGANTAR KIMIA
diterjemahkan dari versi Bahasa Inggrisnya
MUKI KAGAKU by Taro Saito
2006 by Yashito Takeuchi
Reproduced by permission of Iwanami Shoten, Publishers, Tokyo
Sesuai dengan kesepakatan dengan Iwa
We are to determine if the flow is rotational, and if so calculate the z-component of
1 The flow is steady. 2 The flow is incompressible. 3 The flow is two-dimensional in
The velocity components
We are to discuss how to select system when analyzing the acceleration of gases as they
flow through a nozzle.
When analyzing the acceleration of gases as they flow through a nozzle, a wise choice
for the system is the volume withi
A block is moved at constant velocity on an inclined surface. The force that needs to be
applied in the horizontal direction when the block is dry, and the percent reduction in the required force
when an oil film is applied on the surface ar
We are to write an equation for centerline speed through a diffuser, given that the flow
speed decreases parabolically.
1 The flow is steady. 2 The flow is axisymmetric.
A general equation for a parabola in x is
Solution A cylindrical water tank with a valve at the bottom contains air at the top part and water. The water height
in the tank when water stops ﬂowing out of the fully open valve is to be determined.
Assumptions 1 The ﬂow is incompressible.
Solution We are to deﬁne and discuss Reynolds number for pipe and duct ﬂow.
Anaﬂeis Reynolds number is the ratio of the inertial forces to viscous forces, and it serves as a criterion for
determining the ﬂow regime. At large Reynolds numbers, for exa
Chapter 5: Energy of Electromagnetic Radiation and Spectra
Fundamental Physics School of Engineering
The thing we call light is made out of many mixtures of different kinds of light rays; b