Bifilar experiment. Consist of a short introduction, the corresponding theoretical ideas and experimental suggestions.Full description
its working document.
its working document.Description complète
its working document.Descrição completa
its working document.Full description
its working document.Full description
liquid viscocityDescription complète
Liquid Liquid Separation Technology by Sulzer. Coalescer technology by Sulzer.
Lecture note on liquid liquid extractionFull description
Full description
the new experiment about of liquid-liquid extractionFull description
Full description
Liquid liquid ExtractionDeskripsi lengkap
Liquid liquid Extraction
vleFull description
The purpose of this experiment is to generate a ternary binodal curve and to determine the plait point of an ethyl acetate-water-acetic acid system. Titration was the main process used in th…Full description
Liquid crystal LC is the substances that flow like liquids but maintain some of the ordered structure characteristics of liquid crystals. Examined and summarized the types of liquid crystals. Analyzed the structural characteristic of smectic, nematic
Descripción completa
Physics Assignment Help| Oscillation of Liquid Column in a UTube|www.expertsmind.com Oscillation of f L Liquid Column in a U-Tube
If a liquid is taken in a U-tube, it maintains equal level in both the columns of the tube. When air is blown in on side B, the liquid may go down upto point D. The displacement of the liquid is given by BD = x. In the second column, the liquid goes up to E and the displacement displacement is CE = x. As the applied force is withdrawn, the liquid level level in the second column comes down because because of gravity from E to C. But due to inertia, it overshoots the mark C and goes to F (CF = x), whereas the liquid in the other column also goes up by the same distance. Thus, the liquid starts oscillating in both the columns. This motion of the liquid in the U-tube U -tube is SHM as explained below. Suppose density of the liquid =
Height of the liquid column in each column = h E
Area of cross section of every column = A B
C
2x C
B x
Displacement of the liquid = x
F
D h
Here
a
g h
….. (i)
x
(a)
Since
g h
= constant, therefore a
(b)
x
Hence the motion of the liquid column in the U-tube is S.H.M. The time time period period of oscil oscillati lation on is shown shown by T 2
Using equation (i), we get T 2
displacement acceleration
2
h g
This gives the time period of oscillations of the liquid in the U-tube.
