Question

the depth of liquid column increases and the also increases​

Answer 1

Answer:

As the depth of liquid increases the weight of liquid column pushing down from above increases and hence the pressure also increases. A tall vessel has short and thin tubes fitted at different depth from the top of vessel. The three tubes are of equal diameters and corks are fitted into them.

Answer 2

As the depth of liquid increases, the pressure of the liquid decreases.

• As the mass of an object grows or the interface region decreases, the pressure imposed by that object on the surface increases. In comparison, so when an object's mass or interface region size diminishes, the forces applied decrease.
• Liquid pressure drops as the depths of liquid increase. The height or depth of the item from the surface. Pressure at a place inside a fluid is the height or depth of the object from the surface. The pressure in static fluids is determined by the characteristics of such fluid, the gravity acceleration, and the depth of such fluid.
• The force applied by a static liquid is solely determined by its depth, density, and gravity acceleration.
• This explains well how to estimate force as a function of depth in an immiscible, static liquid, and also how to derive such equations from the notion of force as a measurement of force/unit area.
• For every given liquid having constant density, pressure rises as depth increases.

         As a result, pressure rises as depth rises.