Hand Sanitizer (70% propanol gel) needs to be transported on a floor in a hospital from a central location per floor. The room farthest from the source is 17.5-m away. The hand sanitizer enters the tubing at 20°C and 275 kPa absolute and exits the tubing at atmospheric conditions. The tubing can Flowrate/velocity Calculation. Hand sanitizer be considered smooth; however, there are two (2) 90° curved elbows and four (4) Tee Run throughs, and one (1) foot value (Refer to the Loss for Fittings table in Canvas). The density of the hand sanitizer is 955 kg/m3 and the viscosity is 4.5 cP. What is the flow rate that can be obtained if the tubing diameter is 4.5-mm? K-values. Below is table of typical K-values for various fitting types.FittingТурesKStandard (R/D = 1)0.3545° ElbowLong Radius (R/D = 1.5)0.2Standard (R/D = 1)0.7590° Elbow CurvedLong Radius (R/D = 1.5)0.4590° Elbow Square or Mitred1.3180° BendClose Return1.5Tee, Run ThroughBranch Blanked0.4Tee, as ElbowEntering in runTee, as ElbowEntering in branch1Tee, Branching FlowCoupling0.04Union0.04Gate valveFully Open0.173/4 Open0.9 e = 20°1.5640°17.3%3!e = 60°206e = 5°0.24e = 10°0.52Butterfly valvee = 20°1.54e = 40°10.8e = 60°118SwingCheck valveDisk10Ball70Foot valve15Disk7Piston15Water meterRotary (star-shaped disk)10Turbine-wheel6.

Inlet pressure= P1= 275 KPa density of fluid= ρ=955 kg/m3 tube diameter = d= 4.5 mm diameter of pipe…

Answered: Hand Sanitizer (70% propanol gel) needs…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Question

Hand Sanitizer (70% propanol gel) needs to be transported on a floor in a hospital from a central location per floor. The room farthest from the source is 17.5-m away. The hand sanitizer enters the tubing at 20°C and 275 kPa absolute and exits the tubing at atmospheric conditions. The tubing can Flowrate/velocity Calculation. Hand sanitizer be considered smooth; however, there are two (2) 90° curved elbows and four (4) Tee Run throughs, and one (1) foot value (Refer to the Loss for Fittings table in Canvas). The density of the hand sanitizer is 955 kg/m3 and the viscosity is 4.5 cP.

What is the flow rate that can be obtained if the tubing diameter is 4.5-mm?

K-values. Below is table of typical K-values for various fitting types.
Fitting
Турes
K
Standard (R/D = 1)
0.35
45° Elbow
Long Radius (R/D = 1.5)
0.2
Standard (R/D = 1)
0.75
90° Elbow Curved
Long Radius (R/D = 1.5)
0.45
90° Elbow Square or Mitred
1.3
180° Bend
Close Return
1.5
Tee, Run Through
Branch Blanked
0.4
Tee, as Elbow
Entering in run
Tee, as Elbow
Entering in branch
1
Tee, Branching Flow
Coupling
0.04
Union
0.04
Gate valve
Fully Open
0.17
3/4 Open
0.9

e = 20°
1.56
40°
17.3
%3!
e = 60°
206
e = 5°
0.24
e = 10°
0.52
Butterfly valve
e = 20°
1.54
e = 40°
10.8
e = 60°
118
Swing
Check valve
Disk
10
Ball
70
Foot valve
15
Disk
7
Piston
15
Water meter
Rotary (star-shaped disk)
10
Turbine-wheel
6.

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions