What liquid should be poured into a glass so that at a liquid column height of 7 cm

What liquid should be poured into a glass so that at a liquid column height of 7 cm, a pressure of 560 Pa is exerted on the bottom of the vessel?

The hydrostatic pressure of a liquid at a depth of 7 cm can be calculated using the formula:

Р = ρ * g * h, where Р is the hydrostatic pressure of the liquid (Р = 560 Pa), ρ is the density of the sought liquid (kg / m³), g is the acceleration of gravity (g = 10 m / s²), h is the height of the column liquid (h = 7 cm = 0.07 m).

Let us express and calculate the density of the liquid:

ρ = P / (g * h) = 560 / (10 * 0.07) = 800 kg / m³.

From the table of liquid densities, you can determine that the desired liquid can be alcohol, kerosene or oil.