Question

pressure exerted by water at the bottom of the container depends on the dash of its column

Answer 1

Answer:

Greater the height of water column in the pipe greater will be the bulge in its rubber sheet bottom. We conclude that: 1)A liquid exerts pressure on the bottom of its container. 2)The pressure exerted by a liquid depends on the height of the liquid column.

MARK IT AS A BRAINLIST ANSWER

Answer 2

Answer:

pressure exerted by water at the bottom of the container depends on:

• volume of water

• height of its column

• base of the container

Explanation:

You can visualise the water column as a log of wood because both bave mass. What are the factors on which pressure exerted by a log on a container depends? The pressure exerted depends on the force and area, since P = F/A. Since the log (or water is still), it basically has potential energy which in turn depends on mass, gravitational acceleration and height. Since for any container kept at a laboratory or any experimental zone must be equal to the general acceleration at ground level, we can ignore that. Thus, the pressure exerted will depend on the mass (volume in case of water, because we don't usually measure the mass of liquid object), the height of the container and the area of contact (thus the area of the bottom of the container).

and as for the fill in the blanks answer, I guess it specifically wants the answer as height and volume of the column.