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

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 ...

tabulated values. In such cases, interpolation is required to obtain the correct value. The easiest method is to use Linear Interpolation(Note: Interpolation is approximation) Problem1 : Find values of P, h and v at (a) T = 210 (b) T = 225. T P h v 200 (T1) 100 (P1) 3490 0.2150 220 (T2) 140 (P2) 3541 0.2340 240 190 3615 0.2453 SOLUTION:Part a)

Interpolation Methods can be used to predict unknown values for any geographic point data, for example, elevation, rainfall, chemical concentrations, noise levels, and so on. Here are the Types of Interpolation Methods - Linear Interpolation Method Nearest Neighbor Method Cubic Spline Interpolation Method Shape-Preservation Method

thermodynamic properties. Having good fluid property data not only improves the model's accuracy, but it also makes the model easier to debug. For example ...

be pro cient in interpolation methods. Here is an example of a double interpolation problem: Find P for water at T = 323 C, v = 0:2 m3=kg : This is a superheated state since v > v g(323 C). The temperature lies between listings for 300 and 350 C in the superheated tables. By inspection, we arrive at the following data points: P, kPa T; C v; m3=kg

Example #1. Calculate the unknown value using the interpolation formula from the given set of data. Calculate the value of Y when X value is 60.

We will find the final volume of a mixture of steam and liquid using interpolation and formulas of specific volume and the slope, in that order. Hope this vi...

Sometime in the future (hopefully near future) students of thermodynamics will rely exclusively on ... Here is an example of a double interpolation problem:.

First we construct our interpolation table, as shown here. Temperature is the independent or X variable because we we know the temperature. Saturation pressure is the dependent or Y-variable because the unknown we are looking …

Summary of how to properly do linear interpolation, useful for any practical based unit. school of ... School of Engineering Thermodynamics. Example.

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...

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.

1 Linear Interpolation. Property tables such as steam tables are tabulated at discrete values of the specific properties. When referring.

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So, the Calculation of Interpolation will be – Y= Y1 + (Y2-Y1)/ (X2-X1) * (X-X1) =80 + (120-80)/ (70-50) * (60-50) =80 + 40/20 *10 = 80+ 2*10 =80+20 Y = 100 Example #2 Mr. Harry shares details of Sales and profits. He is eager to know the profits of his business when the sales figure reaches $75,00,000.

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.