A gas-powered forklift emitting 8 mg/s of non-reactive CO is driven continuously across a 5.0 104 m³ warehouse ventilated at a rate of 3.0 m3/s. The intake air has a CO concentration of 10 mg/m³. Which schematic is the correct depiction of the problem? Cin1 = 10 mg/m3 Qin1 = 3.0 m3/s V = 5.0 104 m3 %3D Qout = Qin Qinz = 3.0 m3/s E = 8 mg/s Cout = C %3D V = 5.0 10ª m³ Qin 3.0 m3/s Qout = Qin %3D Cin 10 mg/m3 E = 8 mg/s Cout * C %3D V = 5.0 104 m³ Qin 3.0 m3/s Qout = Qin %3D Cin 10 mg/m3 E = 8 mg/s Cout = C %3D %3D Cin1 = 10 mg/m3 Qin1 = 3.0 m3/s %3D V = 5.0 104 m³ Qout * Qin Qin2 = 3.0 m³/s E = 8 mg/s %3D 'out
A gas-powered forklift emitting 8 mg/s of non-reactive CO is driven continuously across a 5.0 104 m³ warehouse ventilated at a rate of 3.0 m3/s. The intake air has a CO concentration of 10 mg/m³. Which schematic is the correct depiction of the problem? Cin1 = 10 mg/m3 Qin1 = 3.0 m3/s V = 5.0 104 m3 %3D Qout = Qin Qinz = 3.0 m3/s E = 8 mg/s Cout = C %3D V = 5.0 10ª m³ Qin 3.0 m3/s Qout = Qin %3D Cin 10 mg/m3 E = 8 mg/s Cout * C %3D V = 5.0 104 m³ Qin 3.0 m3/s Qout = Qin %3D Cin 10 mg/m3 E = 8 mg/s Cout = C %3D %3D Cin1 = 10 mg/m3 Qin1 = 3.0 m3/s %3D V = 5.0 104 m³ Qout * Qin Qin2 = 3.0 m³/s E = 8 mg/s %3D 'out
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
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Transcribed Image Text:A gas-powered forklift emitting 8 mg/s of non-reactive
CO is driven continuously across a 5.0 104 m3
warehouse
ventilated at a rate of 3.0 m³/s. The intake air has a CO
concentration of 10 mg/m3. Which schematic is the
correct depiction of the problem?
Cin1 = 10 mg/m3
Qini = 3.0 m3/s
%3D
V = 5.0 104 m³
%3D
Qout = Qin
Qin2 = 3.0 m3/s
E = 8 mg/s
Cout =
%3D
V = 5.0 104 m³
Qin = 3.0 m3/s
Qout = Qin
%3D
Cin = 10 mg/m3
E = 8 mg/s
Cout * C
%3D
V = 5.0 104 m3
Qin = 3.0 m3/s
Qout = Qin
%3D
Cin
= 10 mg/m3
E = 8 mg/s
Cout = C
Cin1
= 10 mg/m3
3.0 m³/s
V = 5.0 104 m³
%3D
Qout * Qin
Qin2 = 3.0 m3/s
E = 8 mg/s
%3D
Cout * C
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