You can copy it from the result field and use it elsewhere with ease. You just need to input the hot and could sources temperature values for the engines or pumps and hit the corresponding buttons for the result to be generated. Thermodynamic Efficiency Calculator was designed to help you determine the thermodynamic efficiency of a heat engine and the heating/cooling performance coefficients for heat pumps. Calculate efficiency and performance coefficients The colored diagrams are meant to illustrate the transfer of energy so that you better understand it. The interface consists of a bunch of fields where you input values and where output data is generated as well as a couple of buttons. Easy to understandĪlthough this tool was designed for advanced users such as engineers or researchers, it can come in real handy even for students that need to polish their Physics grades in short notice. Just follow the on-screen instructions and you're set. However, the setup itself runs smooth and is generally a walk in the park, as you don't need to configure any complicated parameters or take any complicated steps. Archive in an archive in an archive.įirst of all, installing this on your computer, although not difficult at all, can become annoying, as there are at least two layers of archives you need to pass through to get to the installer (a ZIP within a 7Z within a ZIP). It might seem like a simple tool, but in the right hands it can generate accurate results and save a lot of time. Take Thermodynamic Efficiency Calculator for example. Now, enter the values appropriately and accordingly for the parameters as required by the Entropy of Wet Steam (S g) is 14, Constant Pressure (C ps) is 18, Superheated Steam Temprature (T sup) is 10 and Saturated Temprature (T s) is 12.Īs you can see from the screenshot above, Nickzom Calculator– The Calculator Encyclopedia solves for the entropy of superheated steam and presents the formula, workings and steps too.If you work as a Thermodynamics engineer, you probably appreciate and understand the importance of having the right tools at the right time, as they can greatly simplify your work. The screenshot below displays the page or activity to enter your values, to get the answer for the entropy of superheated steam according to the respective parameter which is the Entropy of Wet Steam (S g), Constant Pressure (C ps), Superheated Steam Temprature (T sup) and Saturated Temprature (T s). Now, Click on Entropy of Superheated Steam under Enthalpy Now, Click on Enthalpy under Chemical Reaction Thermodynamics Now, Click on Chemical Reaction Thermodynamics under Materials and Metallurgical Once, you have obtained the calculator encyclopedia app, proceed to the Calculator Map, then click on Materials and Metallurgical under Engineering. To get access to the professional version via web, you need to register and subscribe to have utter access to all functionalities. You can get this app via any of these means: To get the answer and workings of the entropy of superheated steam using the Nickzom Calculator – The Calculator Encyclopedia. First, you need to obtain the app. Nickzom Calculator – The Calculator Encyclopedia is capable of calculating the entropy of superheated steam. Therefore, the entropy of superheated steam is 10.71 J/K. T sup = Superheated Steam Temprature = 10 The formula for calculating entropy of superheated steam:įind the entropy of superheated steam when the entropy of wet steam is 14, the constant pressure is 18, the superheated steam temperature is 10 and the saturated temperature is 12. To compute for entropy of superheated steam, four essentiala parameters are needed and these parameters are Entropy of Wet Steam (S g), Constant Pressure (C ps), Superheated Steam Temprature (T sup) and Saturated Temprature (T s). The entropy of superheated steam is illustrated by the image below.
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