Two vertical square section tanks are connected near the bottom by a short tube having a cross sectional area of 600 cm^2. The cross section of the tanks are 3.5 m square and 2.0 m square. The tanks contain oil. With the valve in the connecting tube closed, the oil surfaces are 4.50 m in the larger tank and 1.0 m in the smaller above the tube. With C = 0.65 find the time required in minutes for the surfaces to equalize following a quick opening of the valve. Assume the properties of the tube to be similar to that of the orifice. Write your answer to the nearest two decimal places. 3.5 m 4.5 m 2.0 m 1.0 m
Two vertical square section tanks are connected near the bottom by a short tube having a cross sectional area of 600 cm^2. The cross section of the tanks are 3.5 m square and 2.0 m square. The tanks contain oil. With the valve in the connecting tube closed, the oil surfaces are 4.50 m in the larger tank and 1.0 m in the smaller above the tube. With C = 0.65 find the time required in minutes for the surfaces to equalize following a quick opening of the valve. Assume the properties of the tube to be similar to that of the orifice. Write your answer to the nearest two decimal places. 3.5 m 4.5 m 2.0 m 1.0 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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PLS HELP ME ANSWER THIS ASAP.
SUBJECT: HYDRAULICS
NOTE: COMPLETE SOLUTION WITH FIGURES.
Transcribed Image Text:Two vertical square section tanks are
connected near the bottom by a short tube
having a cross sectional area of 600 cm^2.
The cross section of the tanks are 3.5 m
square and 2.0 m square. The tanks
contain oil. With the valve in the
connecting tube closed, the oil surfaces
are 4.50 m in the larger tank and 1.0 m in
the smaller above the tube. With C = 0.65
find the time required in minutes for the
surfaces to equalize following a quick
opening of the valve. Assume the
properties of the tube to be similar to that
of the orifice. Write your answer to the
nearest two decimal places.
3.5 m
4.5 m
2.0 m
1.0 m
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