Answer question 2 and figure 4 is the second image that is mentioned in the question 30.00BealBeggsBergman Crude25.00Bergman PureDindorukChristmanEgbogah20.00GlasoKartoatmodjoSchmidtKhafaji15.00PetroskyTwu CrudeTwu Pure10.005.000.00100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400Temperature, °FFig. 4. Plot of dead oil viscosity versus temperature for the various correlations (Dindorukand Christman", Oil A).Dead Oil Viscosity, cp ρvdReRe – Reynolds Number (Transition: Re " 2300)v - Velocityp- Densityd - Pipe DiameterH- Dynamic Viscosity (Poise) 1cp = 0.01 Poise (SI Units)%3D[q * (0.00000184)]v =2TT *q- Flow rate (STB per Day)v- Fluid velocity within piped- Pipe diameterReynolds number is used to determine the characteristics offluid flow in a pipe. Re < 2300 the flow is laminar and for Re >2300 the flow is turbulent.West Texas Intermediate Crude Specific Gravity: 0.82121. Calculate API gravity of West Texas crude and water.2. Estimate viscosity of West Texas crude using Figure 4 ofthe following reference and the Beal curve:

API gravity of west texas crude is given by ; (API gravity)crude = 141.5SGcrude-131.5 SGcrude =…

West Texas Intermediate Crude Specific Gravity: 0.8212 1. Calculate API gravity of West Texas crude and water. 2. Estimate viscosity of West Texas crude using Figure 4 of the following reference and the Beal curve:

West Texas Intermediate Crude Specific Gravity: 0.8212 1. Calculate API gravity of West Texas crude and water. 2. Estimate viscosity of West Texas crude using Figure 4 of the following reference and the Beal curve:

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Electrical Plans

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Question

Answer question 2 and figure 4 is the second image that is mentioned in the question

30.00
Beal
Beggs
Bergman Crude
25.00
Bergman Pure
DindorukChristman
Egbogah
20.00
Glaso
KartoatmodjoSchmidt
Khafaji
15.00
Petrosky
Twu Crude
Twu Pure
10.00
5.00
0.00
100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400
Temperature, °F
Fig. 4. Plot of dead oil viscosity versus temperature for the various correlations (Dindoruk
and Christman", Oil A).
Dead Oil Viscosity, cp

ρvd
Re
Re – Reynolds Number (Transition: Re " 2300)
v - Velocity
p- Density
d - Pipe Diameter
H- Dynamic Viscosity (Poise) 1cp = 0.01 Poise (SI Units)
%3D
[q * (0.00000184)]
v =
2
TT *
q- Flow rate (STB per Day)
v- Fluid velocity within pipe
d- Pipe diameter
Reynolds number is used to determine the characteristics of
fluid flow in a pipe. Re < 2300 the flow is laminar and for Re >
2300 the flow is turbulent.
West Texas Intermediate Crude Specific Gravity: 0.8212
1. Calculate API gravity of West Texas crude and water.
2. Estimate viscosity of West Texas crude using Figure 4 of
the following reference and the Beal curve:

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