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Q: Why is there more pressure at the bottom of the pool than at the top?

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do you think that the young today faces more pressure than the previous generations

If numerator (top number) is less than denominator (bottom number), fraction is less than 1. If numerator is more than denominator, fraction is more than 1. If top and bottom are the same number, fraction is equal to 1.

If the numerator (the number at the top of the fraction) is bigger than the denominator (the number at the bottom), then the fraction is more than 1.

If the numerator (top number) is more than the denominator (bottom number), then the fraction is greater than one.

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Pressure increases with depth in a fluid due to the weight of the fluid column above pressing down. This means the pressure is higher at the bottom of the pool where there is more water above compared to the top where there is less water above.

Because water pressure is more intense at depth than it is near the surface - hence the dam has to be stronger at the bottom - it withstands more pressure at the bottom.

No, chlorinated pool water is not more dense than fresh water. Both chlorinated pool water and fresh water have a density of approximately 1 g/cm3 at standard temperature and pressure.

Because the water pressure at the bottom of the dam is much more than the top.

The pressure at the bottom of the pitcher of water 35cm deep is higher than at the bottom of the bathtub of water 30cm deep. Pressure in a fluid increases with depth, so the deeper the water column, the greater the pressure at the bottom. This is due to the weight of the water above exerting a force on the bottom.

Because the air moving above the wing is of lower pressure than the bottom. This pressure differential is what creates lift. Check out Bernoulli's Principle for more information.

If you were in a pool and swam ahead of everyone else, there could be more danger if you couldn't touch the bottom of the pool and became tired. People do not necessarily have to be in the deep end of the pool to drown.

More than zero but less than or equal to the volume of the pool. There is insufficient information to give a more precise answer. Air and water temperatures matter, as does humidity, wind speed, color of the bottom of the pool, etc.

You would feel more pressure 5 m underwater in the pool because the weight of the water above you increases with depth. The pressure in the lake at 2 m would be less than at 5 m in the pool due to the difference in water depth.

You will experience greater pressure swimming in the sea than in a pool at the same depth. This is because the sea is denser than pool water, so the pressure exerted by the water due to its weight will be greater in the sea.

This is because the pressure in a liquid increases with depth. This means that the pressure at the bottom of the dam is more. Hence it is more liable to break out from the dam as more pressure is exerted on the walls. So, the walls are thicker at the bottom.

The pressure against the dam wall increases at the lower levels than nearer the surface. So I expect the foot of the dam wall to be thicker at the bottom than at the top.