The details for the capstone project are mentioned below:
Course-M.Eng Chemical Engineering
Objective of Project
For petroleum containing a substantial residue fraction, estimate the average molecular mass in
the residua by making use of the three macroscopic properties: (i) viscosity, (ii) density, and (iii)
refractive index. Of specific interest are to make use of data sets in literature that contain both
straight run petroleum (unconverted petroleum) and converted products from that petroleum.
Information of the attachments and correction in formula.
1) Images 1-5 provides description along with dataset and the journal as well provided in the datasets images 2-5.
Please Look onto this error clarified below for no confusion
In the image 5,
3.3) Liquid Density is not Liquid Density its Refractive Index you’ll understand while going through Images 1-5.
2) Format For the Capstone Project (Image 6 – Image 7)
3) All the Images from 1 to 7 are described by the professor for the capstone project so we have to do everything based on the above shown pictures description along with format.
Additional Information:
There are four references in the description by the professor prefer those 4 in references too. Everything is well described in format and description for the capstone project.
Their is also change in formula for molar refraction equation which will is ” (n2+0.4)” it should be “(n+0.4)” also attached the whatsapp image in the attachment so calculate according to the correct formula not the older one or wrong one mentioned in pictures attached
5) Provide links along with pdf as well for all the references used in the report.
6) From the Introduction to the Conclusions, the report should be between 5 000 and 10 000
words. Use 12-point font in a legible format (Arial, Calibri, Times New Roman, etc.). The report should be double-spaced, with 1 inch margins all around.
Please find the attached Images 1 to 7 below along with image 1 (2) for references provided in the description as well as whatsapp image which is correction of molecular formula.
