sample of oil with boiling point of 255 C and specific gravity (at 15.5 C) 0.85: 1- Calculate Watson factor 2- Calculate correlation Index 3- Classify the product according to API. 4-Classify the product base of crude oil. 5- Take that T10 500 k, estimate the flash point. 6-Estimate the aniline point. 7- Estimate the smoke point. 8- Estimate RON.

sample of oil with boiling point of 255 C and specific gravity (at 15.5 C) 0.85: 1- Calculate Watson factor 2- Calculate correlation Index 3- Classify the product according to API. 4-Classify the product base of crude oil. 5- Take that T10 500 k, estimate the flash point. 6-Estimate the aniline point. 7- Estimate the smoke point. 8- Estimate RON.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter9: Heat Transfer With Phase Change

Section: Chapter Questions

Problem 9.1DP

See similar textbooks

Similar questions

Plz solve this question completely (handwritten solution acceptable)
Please complete and clear solution with diagram
Topic: Ideal gas process Instructions: Answer the following review questions and show complete solutions. *please write legibly. Thank you
Solve it within 15minutes to get good rating ,Answer must be in kJ. [Don't hold the question ,Very urgent]
From well logging process we got the following records: GR=50, NPHI- 9%, ph= 2.23 gm/ce, At= 70 usec/fl, GRmax-150, GRmin-50, TD-120 F, limestone rock, Atma- 47.5 usec/fn Calculate: Total porosity, Sonic porosity, density porosity, Vsh., and Rw. Additional information SSP- -50 mv, Rmfe-0.2 ohm.m.
6 Is the Hotelling Rule applicable to oil?
Mechanical Draft Cooling Tower - Draw P&ID Diagram of any one process from this industry. - Explain in detail the Feed and the Product streams. - Identify and explain the types of pumps, valves, equipment, and signals in the Piping & Instrumentation diagram drawn. plz I want full answers with a detailed explanation and write with neat and clear writing. and neat P&ID diagram
5. A sprue is 200 mm long. The velocity of the molten metal at the top of the sprue is 0.1 mm/sec. The sprue has a diameter of 10 mm at the bottom. The total cavity of the "runner system + mold" is 1.2 liters. The viscosity of the molten metal is 0.002 Pa. s and density 2000 kg/m 3. a) What is the velocity of the molten metal at the bottom of the sprue in [mm/s]? b) What is the flow rate in [mm3/s]? c) How much time does it take to fill the mold? d) For a proper design, what should be the diameter of the sprue at the middle (corresponding to z= 200/2 mm) of the sprue? e) Is the flow laminar, mixed, or turbulent at the bottom of the sprue? h++ Pg Zg constant 2 = Av = Av. Re = TST = C" %3D
Circle all correct statements for the Young's or elastic modulus, E: a. Has units of force per unit area. b. Is a measure of the ductility of a metal. c. Can be used to determine transverse strains in uniaxial loading. d. Is a material property. e. Is the slope of the elastic portion of a stress-strain (s-e) tensile curve Circle all of the statements that describe interstitial solid solutions: a. Is an example of a line defect. b. A solute atom replaces a solvent atom in the matrix. c. Would predict formation when adding carbon (C) to iron (Fe). d. Would predict formation when adding chromium (Cr) to iron (Fe). e. Requires the formation of a cation-anion vacancy pair. f. The solute atom has a smaller radius than the solvent atom.
Problem 7 May you please explain each steps. Thank you
Plsss show the details of your solution with correct pv and ts diagrams and unit analysis. Thanksss! ❤️
complt solution