How does the pressure exerted by a liquid change with depth of the liquid? how does the pressure exerted by a liquid change as the density of the liquid changes?

proportional to depth; constant as density changes
proportional to depth; proportional to density
proportional to depth; inversely proportional to density
inversely proportional to depth; proportional to density

Explanation:

The pressure exerted by a liquid is equal to the pressure inside the liquid. This pressure is called hydrostatic pressure.

The equation to calculate the pressure inside a liquid (a fluid in general) is found by applying balance of forces inside a portion of liquid.

The equilibrium condition (net force = 0) and the definition of pressure (P = F/A) leads to:

Where, P is the pressure exerted by the liquid, p⁰ is the atmospheric pressure, ΔP is the difference in the pressure, ρ is the density of the liquid, g is the acceleration of gravity, and Δh is the change with depth.

Hence, the pressure exerted by a liquid varies jointly with the density of the liquid and the depth, meaning that it is proportional to the product of them both.

Therefore, the choice that represents this conditon is the second one: the pressure exerted by a liquid changes proportional to the depth and proportional to the density changes.

- "the choice that is not an indicator of a chemical change is "state of matter changes". more common than not, chemical reactions produce energy in the form of light or heat. along with energy, they also produce a new substance called the product that could be in any state of matter (solid, gas, or liquid)."

its going to be mutualism cuz they both benefit from the relationship.

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