Regla
Regla said:I made a mistake, L is 40cm, 64dm3 is not 640cm3 it's 64000cm3. It's because we're dealing with volume not length.
The problem involves calculating the volume of water in a cubic aquarium based on pressure measurements. The aquarium has a total volume of 640 cm³, and the pressure at the bottom is stated to be three times greater than the pressure on one side. Participants are exploring how to relate these pressures to the depth of water in the tank.
There is an ongoing exploration of the relationships between pressure, force, and depth. Participants are attempting to derive expressions for the forces acting on the tank and are questioning how to find the depth of water based on the given information. Some guidance has been offered regarding the integration of forces, but no consensus has been reached on the final approach.
Participants note that the problem's wording may lead to different interpretations, particularly regarding the uniformity of pressure on the sides of the tank. There is also mention of constraints related to the dimensions of the tank and the relationship between the forces acting on the bottom and sides.
Regla said:I made a mistake, L is 40cm, 64dm3 is not 640cm3 it's 64000cm3. It's because we're dealing with volume not length.