A prismatic vessel has two sections A and B connected by an orifice 0.3m square with C = 0.60. The horizontal cross -section of A is 10 sqm and that of B is 40 sqm. At a %3D certain time, the water in A is 6m above the center of the orifice and in B is 3m. Compute the discharge from A to B. 0.38 cubic meters per second 0.55 cubic meters per second O 0.50 cubic meters per second 0.41 cubic meters per second
A prismatic vessel has two sections A and B connected by an orifice 0.3m square with C = 0.60. The horizontal cross -section of A is 10 sqm and that of B is 40 sqm. At a %3D certain time, the water in A is 6m above the center of the orifice and in B is 3m. Compute the discharge from A to B. 0.38 cubic meters per second 0.55 cubic meters per second O 0.50 cubic meters per second 0.41 cubic meters per second
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![SITUATION 5
A prismatic vessel has two sections A and B connected by
an orifice 0.3m square with C = 0.60. The horizontal cross
-section of A is 10 sqm and that of B is 40 sqm. At a
certain time, the water in A is 6m above the center of the
orifice and in B is 3m.
Compute the discharge from A to B.
0.38 cubic meters per second
O 0.55 cubic meters per second
0.50 cubic meters per second
O 0.41 cubic meters per second
Find the time in which the water surfaces in
the two tanks will reach the same elevation.
O 112 s
O 118 s
116 s
O 114 s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F342233e8-a1af-45d5-b4bd-8b9a7a81322e%2F7207d010-8ddf-4df0-bf34-2344521484b9%2F74318mh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:SITUATION 5
A prismatic vessel has two sections A and B connected by
an orifice 0.3m square with C = 0.60. The horizontal cross
-section of A is 10 sqm and that of B is 40 sqm. At a
certain time, the water in A is 6m above the center of the
orifice and in B is 3m.
Compute the discharge from A to B.
0.38 cubic meters per second
O 0.55 cubic meters per second
0.50 cubic meters per second
O 0.41 cubic meters per second
Find the time in which the water surfaces in
the two tanks will reach the same elevation.
O 112 s
O 118 s
116 s
O 114 s
![How soon thereafter will the water surface
be 1 meter apart?
O 50 s
O 49 s
O 48 s
O 47 s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F342233e8-a1af-45d5-b4bd-8b9a7a81322e%2F7207d010-8ddf-4df0-bf34-2344521484b9%2Fcwwa8q5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:How soon thereafter will the water surface
be 1 meter apart?
O 50 s
O 49 s
O 48 s
O 47 s
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