ath of a fluid particle as it moves through the flow field A. Streamline C. Pathline B. Streakline D. Baseline e generated by a tracer fluid, such as a dye, continuously injected i at the starting point. Streamline Pathline B. Streakline D. Baseline e flow rate is also called A. Discharge B. Mass flow C. Velocity D. Mom
ath of a fluid particle as it moves through the flow field A. Streamline C. Pathline B. Streakline D. Baseline e generated by a tracer fluid, such as a dye, continuously injected i at the starting point. Streamline Pathline B. Streakline D. Baseline e flow rate is also called A. Discharge B. Mass flow C. Velocity D. Mom
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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![11. The path of a fluid particle as it moves through the flow field
B. Streakline
D. Baseline
A. Streamline
C. Pathline
12. The line generated by a tracer fluid, such as a dye, continuously injected into the
flow field at the starting point.
A Streamline
C. Pathline
B. Streakline
D. Baseline
13. Volume flow rate is also called
A. Discharge
B. Mass flow C. Velocity D. Momentum
14. The collapsing of vapor bubbles producing shock waves, noise, and dynamic
effects
B. Reverberation
A. Explosion
c. Cavitation
15. In fluid flow equations, the variable p/Y is called
D. Detonation
B. Velocity Head
D. Total Head
A Pressure Head
C Static Head
16. Water flows with a velocity of 3 m/s in an 80-cm-diameter sewer pipe at a depth of
30 cm. The flow rate is nearest:
A. 516 L/s
B. 721 L/s C. 938 L/s D. 1262 L/s
17. A high speed water jet is used ta cut a material. If the velocity issuing from the 2-
mm- jet is 120 m/s, the maximum pressure on the material at point of impact is
nearest:
A. 7200 kPa
В. 3600 КPa
C. 735 kPa
D. 452 kPa
18. A strong wind blows directly against a window on a building. The force on the
window can be approximated by:
A. Bernaulli's equatian
B. The cantinuity equation
C. The momentum equation
D. All of the above
19. A nozzle with an exit diameter of 4 cm is attached to a 10-cm-diameter pipe
transporting 0.1 m3/s of water. The force the water exerts on the nozzle is nearest:
A. 6.7 kN
В. 12.2 kN
C. 17.5 kN
D. 24.2 Kn](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb1f9f65f-2d7d-4d8a-af87-04a8dc965afe%2F47c16f20-360b-4717-8594-36ec95253588%2Ff7s8xbc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:11. The path of a fluid particle as it moves through the flow field
B. Streakline
D. Baseline
A. Streamline
C. Pathline
12. The line generated by a tracer fluid, such as a dye, continuously injected into the
flow field at the starting point.
A Streamline
C. Pathline
B. Streakline
D. Baseline
13. Volume flow rate is also called
A. Discharge
B. Mass flow C. Velocity D. Momentum
14. The collapsing of vapor bubbles producing shock waves, noise, and dynamic
effects
B. Reverberation
A. Explosion
c. Cavitation
15. In fluid flow equations, the variable p/Y is called
D. Detonation
B. Velocity Head
D. Total Head
A Pressure Head
C Static Head
16. Water flows with a velocity of 3 m/s in an 80-cm-diameter sewer pipe at a depth of
30 cm. The flow rate is nearest:
A. 516 L/s
B. 721 L/s C. 938 L/s D. 1262 L/s
17. A high speed water jet is used ta cut a material. If the velocity issuing from the 2-
mm- jet is 120 m/s, the maximum pressure on the material at point of impact is
nearest:
A. 7200 kPa
В. 3600 КPa
C. 735 kPa
D. 452 kPa
18. A strong wind blows directly against a window on a building. The force on the
window can be approximated by:
A. Bernaulli's equatian
B. The cantinuity equation
C. The momentum equation
D. All of the above
19. A nozzle with an exit diameter of 4 cm is attached to a 10-cm-diameter pipe
transporting 0.1 m3/s of water. The force the water exerts on the nozzle is nearest:
A. 6.7 kN
В. 12.2 kN
C. 17.5 kN
D. 24.2 Kn
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