16. Fluid Flow through a Compression Chamber A compressible gas flows into and out of a compression chamber as shown in Figure 9. Vin = 10 m/s Ain = 0.1 m² Pin = 3.0 kg m-3 (a) Bsys = 0 (b) bsys = dB sys dt Control Surface For the system given, which of the following statement(s) are true based on the conti- nuity equation? Be certain to justify your answer quantitatively. 0 Control Volume Figure 9: Schematic of compression chamber. (c) #0 (d) Σsbpv · A = 0 (e) & Spdv = 0 Vout = 5 m/s Aout = 0.2 m² Pout = 2.0 kg m-3 Answer(s): # 0; dB sys dt
16. Fluid Flow through a Compression Chamber A compressible gas flows into and out of a compression chamber as shown in Figure 9. Vin = 10 m/s Ain = 0.1 m² Pin = 3.0 kg m-3 (a) Bsys = 0 (b) bsys = dB sys dt Control Surface For the system given, which of the following statement(s) are true based on the conti- nuity equation? Be certain to justify your answer quantitatively. 0 Control Volume Figure 9: Schematic of compression chamber. (c) #0 (d) Σsbpv · A = 0 (e) & Spdv = 0 Vout = 5 m/s Aout = 0.2 m² Pout = 2.0 kg m-3 Answer(s): # 0; dB sys dt
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:16. Fluid Flow through a Compression Chamber
A compressible gas flows into and out of a compression chamber as shown in Figure 9.
Vin = 10 m/s
Ain = 0.1 m²
Pin = 3.0 kg m-3
(a) Bsys = 0
(b) bsys
=
dB sys
dt
Control
Surface
For the system given, which of the following statement(s) are true based on the conti-
nuity equation? Be certain to justify your answer quantitatively.
0
Control
Volume
Figure 9: Schematic of compression chamber.
(c) #0
(d) Σsbpv · A = 0
(e) & Spdv = 0
Vout
= 5 m/s
Aout = 0.2 m²
Pout = 2.0 kg m-3
Answer(s): # 0;
dB sys
dt
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