Below is shown the results for a series of cake filtration experiments on two types of waste sludges (Type A and B). From the figure, what is a true statement regarding these results? Specific cake resistance (m/kg) 1E13 1E12 1E10- 1 ▾ Type A Type B y = 11.68 +0.10x R²=0.96 y = 10.41 +1.27x R² = 0.99 Pressure (kPa) 10
Below is shown the results for a series of cake filtration experiments on two types of waste sludges (Type A and B). From the figure, what is a true statement regarding these results? Specific cake resistance (m/kg) 1E13 1E12 1E10- 1 ▾ Type A Type B y = 11.68 +0.10x R²=0.96 y = 10.41 +1.27x R² = 0.99 Pressure (kPa) 10
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Question
WHAT IS THE MOST ACCURATE ANSWER
A)Type B is much more compressible as a cake than Type A
B)Type B has a greater permeability (inverse of cake resistance) at all pressures.
C)Type A is much more compressible as a cake than Type B.
D)Type A would be considered to have a low cake resistance under most pressures.
E)
Type A has a greater permeability (inverse of cake resistance) at all pressures.
Transcribed Image Text:Below is shown the results for a series of cake filtration experiments on two types of waste sludges (Type A
and B). From the figure, what is a true statement regarding these results?
Specific cake resistance (m/kg)
1E13
1E12-
1E11
1E10-
1
▾ Type A
Type B
y = 11.68 +0.10x
R²=0.96
y = 10.41 +1.27x
R² = 0.99
Pressure (KPA)
10
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Step 1: Option A - Type B is much more compressible as a cake than Type A
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VIEWStep 3: Option C - Type A is much more compressible as a cake than Type B
VIEWStep 4: Option D - Type A would be considered to have a low cake resistance under most pressures
VIEWStep 5: Option E - Type A has greater permeability (inverse of cake resistance) at all pressures
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