There would be more pressure at the bottom of a pitcher of water 35cm deep.
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To explain, the pressure is a function purely of depth, not volume.
more water is on top of it putting more weight on the water at the bottom
3.5kpa
Water pressure is greatest against the bottom of a submerged object?
Density of water per unit volume ie. g/cm3 * depth of water (cm). Answer will be in g/sq cm. Density of water is approximately 1g / cm3 therefore pressure at the bottom of a dam wall with 1m of water = 0.1kg / sq cm. Note: this is only valid at the bottom of the wall, half way up the 1m of water the pressure would be 0.05kg / sq cm. At the very surface of the water, there would be no pressure. Thats why a finger in a dyke (dike) can hold back the North Sea!
The water pressure increases with depth, thus water comes in faster through a hole the deeper it is.
The deeper water in the pitcher, of course. The pressure doesn't depend on the lateral size of the body of water, only the depth. Otherwise, you woudn't be able to dip a toe in the ocean!
The faucet is clogged
Insufficient water pressure or incorrect pipe sizing
No, too high of water pressure causes problems.
See the Related Links for "water pressure tanks" to the bottom for the answer.
Yes, it does. The more you advance towards the bottom of the ocean, the more the water pressure increases. Which is why you implode before reaching the bottom.
It depends on how big your bathtub is.
At the bottom of the Mariana Trench (Pacific Ocean), where water pressure is about eight tons per square inch.
Replace the tub faucet.
No.
Bathtubs get dirty and greasy. The dirt and oils that leave your body remain in the water and later cling to the sides and bottom of the tub.
That depends upon the volume of the object that is put into the water in the bathtub.