- #1
Arkham_Angel
- 7
- 0
Thanks everyone for the warm welcome! Having said that, please forgive me if I'm being ignorant or unintentionally lazy.
I was also unsure where to put this question. Again, my apologies if it's in the wrong area. Ok! On to my questions. And by all means point me to some reading material instead of answering if you want to! I'm not above educating myself!
Scenario (I will try to provide as much information as I can think of):
Environment:
Temperature: 5 degrees Celsius
Elevation: 1 meter AMSL
Atmospheric Pressure: 29.9
Humidity: 50%
Container properties:
1 cubic meter @ 10 cm thickness
Temperature: 5 degrees Celsius
Water Drain: One 2.5 cm opening placed in the center of one of the cube walls (facing 'down').
Air Drain: One 2.5 cm opening placed directly opposite of the water drain (facing 'up')
Water properties:
Quantity: 1000 liters
Temperature: 5 degrees Celsius
The Question(s)
At what rate in centimeters per second will the water flow through the drain opening? Will the flow rate changes as water is emptied from the container? At what rate will the change be?
How much work would be required to pump the water back into the cube assuming the water emptied into another container shaped like the one mentioned above? The cube in which the water empties into is .5 meters to the right and .5 meters below the container mentioned above. Assume that a hose 2.5 cm in diameter is attached to the water drain which has a 2.5 cm 'nozzle' on it.
I hope I provided enough information and thanks for pointing me in the right direction!
Thanks,
-Arkham Angel-
I was also unsure where to put this question. Again, my apologies if it's in the wrong area. Ok! On to my questions. And by all means point me to some reading material instead of answering if you want to! I'm not above educating myself!
Scenario (I will try to provide as much information as I can think of):
Environment:
Temperature: 5 degrees Celsius
Elevation: 1 meter AMSL
Atmospheric Pressure: 29.9
Humidity: 50%
Container properties:
1 cubic meter @ 10 cm thickness
Temperature: 5 degrees Celsius
Water Drain: One 2.5 cm opening placed in the center of one of the cube walls (facing 'down').
Air Drain: One 2.5 cm opening placed directly opposite of the water drain (facing 'up')
Water properties:
Quantity: 1000 liters
Temperature: 5 degrees Celsius
The Question(s)
At what rate in centimeters per second will the water flow through the drain opening? Will the flow rate changes as water is emptied from the container? At what rate will the change be?
How much work would be required to pump the water back into the cube assuming the water emptied into another container shaped like the one mentioned above? The cube in which the water empties into is .5 meters to the right and .5 meters below the container mentioned above. Assume that a hose 2.5 cm in diameter is attached to the water drain which has a 2.5 cm 'nozzle' on it.
I hope I provided enough information and thanks for pointing me in the right direction!
Thanks,
-Arkham Angel-