Assignment: Scometry & hemorheology lab report

Assignment: Scometry & hemorheology lab report ORDER NOW FOR CUSTOMIZED AND ORIGINAL ESSAY PAPERS ON Assignment: Scometry & hemorheology lab report note I did the lab report already and there is too many mistake in there I will uploaded and u can see it and fix ones I pick you One combined Lab Report . Given the two reports combined into one, you need a FULL Introduction; full Materials & Methods; Results – please group into separate analyses for viscometry & hemorheology; Discussion – please write two distinct sections discussing your viscometry findings separately from your hemorheology findings; Conclusions – give two distinct paragraphs or more describing the overall findings in the two labs. Assignment: Scometry & hemorheology lab report i will post the file need for each lab for viscometry I did the result already all u have to do is do the casson graph and some other graph by fooling the lab handout That I am going to upload See attached files for descriptions on Viscometry & Viscosity. Here is a description of a T-test & its p-value. https://blog.minitab.com/blog/adventures-in-statistics-2/understanding-t-tests-t-values-and-t-distributions for Hemorhelogy Please see prof attached data as a back-up for some decent data from the hemorheology measurements. His files are named with a p to represent plasma. The .5 in the file name represents 0.5 x hematocrit data. The bood in the file name means regular blood. And the 1.5 in the filename means 1.5 x hematocrit. His spindle speeds from these data go from 12 – 80 rpms. i post envying thing u need let me know if u have any question attachment_1 attachment_2 attachment_3 BME 306 Junior Laboratory Introduction to Viscometry Laboratory Spring 2019 Introduction Blood has a distinct rheological property that can be mimicked by other solutions. The original Alfred Hitchcock movie “Psycho”, for example, used a chocolate syrup mixture to mimic the flow patterns of blood in that infamous shower scene. There are clearly a number of forensic applications that could exploit solutions with rheological properties similar to those of real blood and other fluids. In this laboratory, you have the task of determining the rheological properties of a 10:1 water to chocolate syrup mixture. Consider the search for a substitute that mimics a solution that shows a slight Bingham plastic type behavior at shear rates less than 1500 s-1. Suppose this solution also has viscosities ranging between 1.3 and 1.7 cP with yield stresses between 0.01 and 0.3 N/m2. Keep in mind that you may need to submit this information to a design history file so be sure and document your experiment appropriately. During this laboratory you will have access to a Brookfield Viscometer. The Brookfield Viscometer SOP (Standard Operating Procedure) is as follows: Use of the Brookfield DV-II Viscometer ? Level the viscometer using the threaded feet on the stand. ? Turn on viscometer. Select Stand Alone mode, by pressing down arrow. ? Begin the Autozero process by following instruction on display screen. Additional information on Autozeroing is described in the Getting Started Section of the SOP. The thread on the spindle is left-handed thread. Make sure spindle is clean & dry. Replace spindle – autozero process is complete. Put cup back on and lock handle underneath. ? To set gap height, flick tiny switch on cylinder to right – red light comes on. Gently turn top of cup with lined divisions counter-clockwise until the yellow light just flickers on. Adjust the sight – thin gray metal bar above cup – until it’s aligned with a division marker. Now go clockwise one division, and yellow light should go off. Turn small switch off to the left. Now you have set the gap. [Gap needs to be reset only when you replace the spindle.] ? Remove the sample cup and using a pipette, place 0.5 mL of the solution in the center of the cup. [Pipette set to 500 uL; one click down to draw up water; two clicks down to release water into center of cup]. ? Replace the sample cup & lock underneath. ? Manually adjust the RPM on the viscometer by pressing “Set Speed” button and up/down arrows. Note the torque when set to 60RPMs. You’d like to have a torque between 10 – 80% torque to properly study your sample’s behavior: torque too low, not enough accuracy; too high, straining viscometer. Press “Motor On” button & give viscometer time to settle. ? Press “Options” button, Press Enter for “Setup”, and make sure viscometer operates on “Print Serial”, then “Enter”. ? Open DV Loader. Viscometer will not allow you to run a program until DV Loader is open & on for a couple of minutes. Write a B.E.V.I.S. program to control your data acquisition, make sure the window is set to COM1, and download this program to the viscometer, by pressing the “Options” button, and selecting “Download a program”, then hit “Download program on your DVLoader window. Now you MUST close DV Loader. Open Wingather. Under Instrumentation tab, select Com1. Under View tab, select “Programs”. ? On Viscometer, hit Escape once, hit down arrow to “Run a program”, hit Enter. In Wingather, Dashboard tab set to COM1. Under “Tests” tab, hit “Gather” tab & “Collect all data” button, “Save Data” & “Overwrite” check box, and select file & filename for your data. Hit “Start” button. (It may ask you for the filename again – you won’t be opening or using this file at all – just make a name to run the viscometer). ? On Viscometer, hit Enter to Run your program. Under the “Run/Data” tab, record your results in your lab notebook, noting the Viscosity, Speed (RPMs), % Torque, Shear Stress, Shear Rate, and Elapsed Interval. Short Technical Report: Due: Wed. April 23rd – please bring the report to my office by 2pm. (Sleith 121) Please write a short technical report on your findings. Your report should include: ? A brief introduction to include a statement of purpose, clinical relevance and expected results. A background on viscometry is not needed. ? A brief materials & methods section: you can use the SOP reference BUT Remember the FDA may see this information. ? A brief results section. You should present a figure graphing the shear stress versus the shear rate, and then interpret the trends in the graph. ? A brief discussion section and conclusions section including: ? Is the chocolate sauce Newtonian? If not, what type of non-Newtonian behavior does it exhibit? If the fluid is non-Newtonian what components of the mixture may be responsible for this behavior? ? Based on your results, is a 10:1 water to chocolate sauce mixture a viable production substitute for the given fluid? Get a 10 % discount on an order above $ 100 Use the following coupon code : NURSING10