= m / VP = F / A P = P_G + g hA₁ v₁ = A₂ v₂P₁ + g h₁ + v₁² =P₂ + g h₂ + v₂²

https://phet.colorado.edu/sims/cheerpj/fluid-pressure-and-flow/latest/fluid-pressure-and-flow.html?simulation=fluid-pressure-and-flow Open the link

Bring the meter back up to the upper surface of the right container.

Pick up the 500 kg mass, and drop it in the "water column on the left".Watch closely, it will "bob up and down" a bit as it settles.The water level has risen, and you can see this with the meter's tip on the right, it's just under the surface.

4.a. Bring the meter up to the water's surface (as shown, barely touching it).Record the pressure

P = 101.3_ _ Pa (6 sig figs).This should read as is shown.

4.b.Bring the meter down to the vessel's lowersurface and record P = ______Pa (4 sig figs).

4.c. Depth calculation, P = P_G + g h, h = _______ m (4 sig figs).

4.d.The upper surface of the 500 kg mass on the left, closely matches the height of the water's surface on the right.

Does this imply that the object on the left has its upper surface at water level, that it is barely 100% submerged? Yes/No.

Does this imply that the object on the left has the same density as water, being barely 100% submerged? Yes/No.

4.e. If it had been lowered into the water with a cable, before entering the water, calculate T₁ = ______ N.

4.f.If its density is the same as water, and its mass is as well, calculate B = m_liq g = ______ N.Then, T₂ = ____ N.

Click on the Flow tab (upper left).Click on Ruler (upper right).A₁ v₁ = A₂ v₂ P₁ + g h₁ + v₁² =P₂ + g h₂ + v₂²

Conversions to metric: L/s needs to be m³/s, so by 1000, and kPa needs to be Pa, so by 1000.

Measurements using the ruler, and Speed and Pressure meters, are very critical.Please do the "best you can" per the figures