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Free Engineering Thermodynamics Tutorials, Problems and Calculator. ... Substituting the values into the interpolation equation, we get: Psat = 0.005076 MPa.

10.06.2020 · Tag: interpolation formula in thermodynamics. Linear Interpolation Formula. Linear Interpolation Formula Interpolation Formula: The method of finding new values for any function using the set of values is done by interpolation. The unknown… admin — …

In the last lesson, we talked about reading Thermodynamic tables. Now, we are going a step further to fill in the gaps.http://www.fing.edu.uy/if/mirror/TEST...

In the last lesson, we talked about reading Thermodynamic tables. Now, we are going a step further to fill in the gaps.http://www.fing.edu.uy/if/mirror/TEST...

Then put the above values in the following equation P req = (T3 −T1) (T2 −T1) ∗(P2 −P1) +P1 In other words, P req = (Given Value - Smaller, for T) (Higher - Smaller, for T) ∗(Higher - Smaller, for P)+Smaller P For part (b) for P, T1 = 220, T2 = 240, T3 = 225 P1 = 140, P2 = 190 ANSWER: T P h v 200 100 3490 0.2150 210 120 3515.5 0.2245 220 140 3541 0.2340

Sometime in the future (hopefully near future) students of thermodynamics will rely exclusively on computerized thermodynamic property software to implement the ...

Linear interpolation is a way to fill in the ``holes'' in tables. As an example, if you want to find the saturated pressure of water at a temperature of 40 ...

On the other hand, the thermodynamic properties equations for the “piecemeal” approach, which are developed by using the specific heat and pressure, specific ...

In such cases, interpolation is required to obtain the correct value. The easiest method is to ... Then put the above values in the following equation.

Know the formula for the linear interpolation process. The formula is y = y1 + ((x – x1) / (x2 – x1)) * (y2 – y1), where x is the known ...

1 Linear Interpolation Property tables such as steam tables are tabulated at discrete values of the specific properties. When referring to the tables to find the specific properties, very often the property which we are interested in lies between the tabulated values. In such cases, interpolation is required to obtain the correct value.

linear interpolation to estimate. T 259.9 C 263.99 250.40 T 250.40 5 4 4.7 4 = o − − = − − Linear interpolation works for estimating any thermodynamic intensive property in any phase for tabulated materials. For superheated refrigerant at 1.4 MPa and T = 72 P oC, the enthalpy can be estimated by interpolation using the rows from Table A-13 for 1.4 MPa:

Substituting the values into the interpolation equation, we get: P sat = 0.005076 MPa

The formula for linear interpolation is: So, in our example, the desired saturated pressure d at 38 C is: A nonsaturated example. You need two variables to read off the compressed liquid or superheated vapor tables. In the next example, we will find the specific volume of steam at a given temperature of 100 C and a given pressure of 20 kPa.

This trusted compendium of calculation methods delivers fast, accurate solutions to the toughest day-to-day mechanical engineering problems. You will find ...

Ch 2, Lesson C, Page 11 - Using the Interpolation Equation. Alright, now we can get back to the problem that motivated that little derivation and answer the question. What is the saturation pressure of water at 33 o C, anyway ? First we construct our interpolation table, as shown here.

This article uses Introduction To Chemical Engineering Thermodynamics. Calculator ... Interpolating follows the formula, HD (desired enthalpy) ...