We propose a simple method for the approximation of the integrand in the integral representation of the free energy of a system of particles with two-particle interactions admitting a Fourier expansion, based on which the equation of state of a with a double exponential potential liquid is ...
ρ 0 is liquid density extrapolated to absolute zero 3 ; ( E / V ) is cohesive-energy density of the liquid at the temperature of measurement 4 ; ( E / V ) 0 is cohesive-energy density of the liquid extrapolated to absolute zero; and α is a constant (= 0.00125 for the n -paraf...
Rate of flow of liquid: For streamline flow of a perfectly incompressible liquid, the amount of liquid flowing through any cross section of a tube in a given time interval remains constant. The rate of flow of a liquid through a tube means the volume of liquid flowing through any cross sec...
Volume:Volume can be estimated in cubic centimeter, cubic feet etc. Volume formula cannot be utilized for predicting an irregular solid's volume. Shape is a crucial factor for estimating the volume.Answer and Explanation: Become a member and unlock all Study Answers Start today. Try i...
Figure 4.3 shows the deviation of liquid density at Tr =0.7 predicted by SRK and PR for a number of pure substances. Note that SRK is more reliable for substances with small acentric factors, whereas PR gives reliable data for compounds with acentric factors around (1/3). Based on the abo...
The problem of free radial oscillations of gas bubbles in a liquid is considered. The structure of the roots of the dispersion equation in the presence of heat transfer between the phases is studied in detail. It is shown that this equation has two complex-conjugate roots and an infinite ...
Similar Questions A liquid drop of diameter D breaks up into 27 tiny drops . Find the resulting change in energy . View Solution Doubtnut is No.1 Study App and Learning App with Instant Video Solutions for NCERT Class 6, Class 7, Class 8, Class 9, Class 10, Class 11 and Class 12, ...
I-'; lIO\H:wr , it is not gl'nerally rcco;- nizcd that shock t':\pcriment~ can yidd eql::I.lion of state data for liquid~ in the pr~';.sure re~ion below 20 kbar. Furthcnncl't:, since the dm:I.tion oi 3!1O(k cxpcri-...
Calculations of reservoir performance for petroleum reservoirs require accurate knowledge of the volumetric behavior of hydrocarbon mixtures, both liquid and gaseous. Coefficient of Isothermal oil compressibility is a measure of the fractional change in volume with respect to pressure at constant temperature...
2.1. The biggest root for volume (V1) or compressibility factor corresponds to saturated vapor, the smallest root for volume (V2) or compressibility factor corresponds to saturated liquid, and the intermediate root does Sign in to download full-size image Figure 2.1. Predicted pressure–volume ...