all other tanks will drain to the same elevation which will complete drain tanks b and c, while leaving tank d full?Baluncore said:
That may be the case. I see no information on the heights of the other tanks.mcmpw said:
There is a faint green grid, which looks to be 2 meters per square...Baluncore said:
I see no squares on my monitor.mcmpw said:
I darkened the background grid a bit...Baluncore said:
Note that this is below the highest junction. So do you not get a 10m high column above the spillway in the left hand vertical and a 10m column in the right hand sloped pipes?Baluncore said:
consindering volumes, molecular weights and tank a pipe junction is approximately 14 meters above catch tank water level?Baluncore said:
They are irrelevant in this case. Water is still water, and hydrostatic pressure is a simple function of height, not of volume.mcmpw said:
That makes a slow siphon. After the initial flow, water will evaporate on the high side and condense lower down on the other side. It will take time, but an equilibrium will be reached.mcmpw said:
I agree, though the way I'd say it is:Baluncore said:
prior natural evaporating and condensing, where water stands in each tank and line?.........and with heavy oil covering, water evaporate or no?Baluncore said:
The level of water in a system is determined by the balance between the amount of water entering the system (such as through precipitation or a water source) and the amount of water leaving the system (such as through evaporation or drainage). When these two factors are equal, the water level will settle at a certain point.
The level of water in a system can be affected by a variety of factors, including the amount of precipitation, the rate of evaporation, the presence of water sources or drains, and changes in the topography or landscape of the system.
Yes, the level of water in a system can change over time as a result of various factors. For example, if there is a period of heavy rainfall, the water level may rise. Conversely, if there is a prolonged period of drought, the water level may decrease. Changes in the surrounding landscape or human activities can also impact the level of water in a system.
Predicting the level of water in a system can be challenging, as it is influenced by many variables. However, scientists use data and models to make predictions about how changes in precipitation, evaporation, and other factors may affect the water level in a system over time.
Understanding the level of water in a system is crucial for many reasons. It can help us manage water resources, predict and prepare for potential flooding or drought, and monitor the health of ecosystems that rely on water. It is also essential for making informed decisions about land use and development in areas that may be impacted by changes in water levels.