Please read and briefly answer the questions. Please use easy English and do not copy from google. Also, if it asking to draw please draw them ( do not upload a picture from google). and plese keep the answer with the question.

Determine the Heat of Vaporization of Water using Clausius -Clapeyron relationshipIn this simulation you will measure the vapor pressure of water at various temperatures. By plotting your data you will be able to estimate the heat of vaporization of water using the Clausius-Clapeyron equation.We will discuss vapor pressure as part of Module 2 (see module 2: Intermolecular forces and Liquids). You can also read more about vapor pressure and the Clausius-Clapeyron equation in the 9th Ed Kotz textbook, Chapter 11 section 11-6 segments on Vapor Pressure and the Clausius-Clapeyron equation (pages 425 - 428).In addition to access to Beyond Labz, you will need some skills with graphing and access to software for making graphs to complete this assignment (for example, Microsoft Excel). Some help will be given with this for Microsoft Excel.Beyond Labz InstructionsDownload the Beyond Labz worksheet for Heat of Vaporization of Water. Print this worksheet so that you can follow the directions on what to do, fill it in and submit it. (Please use this worksheet from Canvas instead of looking in the Beyond Labz software.)Now launch the Beyond Labz software, and open the Chemistry Lab.To launch the simulation look at the list of worksheets on the bottom left of the window. Click "Colligative Properties" and then select "Heat of Vaporization of Water". The lab will then open.Follow the instructions in the Heat of Vaporization of Water worksheet. It is a good idea to read through the entire worksheet first before you begin so that you are aware of what is expected.As you progress through the simulation, fill in data and observations on the worksheet in blue or black ink. No pencil! Even though this is a virtual lab this is good lab practice and also important to make sure your submitted work will be clear enough to grade.For calculations in the worksheet show your calculation set up, not just the final answer.To help you get started you can watch a short prelab demo of Beyond Labz that I made as a narrated powerpoint presentation or videoPlay media comment.GraphingIn steps 4 and 5 of the worksheet you are directed to create a plot of the natural log of vapor pressure, Ln (P) as a function of the reciprocal of temperature in Kelvin (1/T). You need to determine the best linear fit for your data and use the slope of the line obtained from the best fit equation to calculate the heat of vaporization of water, ΔHvap, based on the knowledge from the Clausius-Clapeyron equation that:ΔHvap = -slope x R(where R is the Universal Gas Constant, 8.314 J.K-1.mol-1.To facilitate this you can download this Excel_Graph_Template and enter your data to produce a plot with a linear fit drawn showing a linear fit equation. You need Microsoft Excel or an application that can use Microsoft Excel files to do this. (If you see a warning notice near the menus when you open this file in Excel, click the "Enable editing" button to allow you to modify the file).You can also use your own software to accomplish this task. Make sure your graph contains the following:A titleAxis titles for the X and Y axisPlot Ln (P) on the y-axis, 1/T on the x-axisPlot you data pointsExpand the scale so that your data fills the graphInclude the best linear fit to your data (can be drawn by hand)Linear fit equation (if you draw the best fit line by hand you need to at least calculate the slope of this line)To help with graphing you can watch a short demo that I made as a narrated powerpoint presentation or videoPlay media comment.Preparing and submitting your workWhen you are done you should have the completed worksheet and a completed graph.For the worksheet, take a picture of each completed page or scan them. Make sure the quality is good enough to view clearly. If I cannot read it, I will not grade it.It is best to submit as a PDF or .jpeg (jpg) file. You can submit one file for each page of the table or combine them into one file.It is best if you submit one file for each simulation.Check out free PDF Converter (Links to an external site.) and free PDF Merge (Links to an external site.) tools to convert photos to PDF and combine multiple PDF into one file. SmallPDF (Links to an external site.) also has other free tools for working with PDF files.Please name your file for submission using the convention "Lastname_FirstInitial_Vapor" or "Lastname_FirstInitial_Molecules" replacing "Lastname" and "FirstInitial" with your own lastname and first initial (for example: Dutnall_R_Vapor.pdf).For the graph, if you used the template file, save it with your name attached to the filename. You can submit this file directly.If you produce your own graph, save it as a PDF format or take a picture and convert to PDF as described above.