22. In a bakery, water is forced through pipe A at 150 liters per second. Oil (sg = 0.8) is forced through pipe B at 30 liters per second. Assume ideal mixing of incompressible fluids and the mixture of oil and water form globules and exits through pipe C. Evaluate the specific gravity of the mixture exiting through the pipe C. a. 0.385 c. 0.976 b. 0.257 d. 0.865 23
22. In a bakery, water is forced through pipe A at 150 liters per second. Oil (sg = 0.8) is forced through pipe B at 30 liters per second. Assume ideal mixing of incompressible fluids and the mixture of oil and water form globules and exits through pipe C. Evaluate the specific gravity of the mixture exiting through the pipe C. a. 0.385 c. 0.976 b. 0.257 d. 0.865 23
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![22. In a bakery, water is forced through pipe A at 150
liters per second. Oil (sg = 0.8) is forced through
pipe B at 30 liters per second. Assume ideal
mixing of incompressible fluids and the mixture of
oil and water form globules and exits through pipe
C. Evaluate the specific gravity of the mixture
exiting through the pipe C.
a. 0.385
c. 0.976
b. 0.257
d. 0.865
23](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7f1ce090-be9e-4b17-8be5-516bb3389c84%2Fdfdcc729-972b-4779-9955-86672bf58b2b%2Fzcyj0n9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:22. In a bakery, water is forced through pipe A at 150
liters per second. Oil (sg = 0.8) is forced through
pipe B at 30 liters per second. Assume ideal
mixing of incompressible fluids and the mixture of
oil and water form globules and exits through pipe
C. Evaluate the specific gravity of the mixture
exiting through the pipe C.
a. 0.385
c. 0.976
b. 0.257
d. 0.865
23
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