The discussion revolves around fluid mechanics problems, specifically focusing on gauge pressure in tires, buoyancy, and density calculations related to various objects, including a car and a balloon. Participants explore the relationships between pressure, force, area, and mass, as well as the principles of buoyancy and density in different contexts.
Some participants have offered guidance on unit conversions and the application of formulas, while others are exploring different interpretations of the problems. There is a productive exchange of ideas regarding the calculations needed for both the car mass and the buoyancy of the balloon, although not all participants agree on the methods or results. The discussion remains open with various lines of reasoning being explored.
Participants note the complexity of the problems and the need for careful unit conversions. There is also mention of specific assumptions, such as neglecting certain forces in buoyancy calculations and the importance of understanding the relationship between mass, volume, and density in fluid mechanics.
The fluid is water, so you should know the density. Also: true weight - buoyant force = apparent weight.jrd007 said:Isn't bouyancy force = pVg? - I know neither p(denisty) or volume or the Fb so how can I solve for it?