No. Not only is the Earth's rotation too weak to affect the direction of water flowing in a drain, tests you can easily perform in a few washrooms will show that water whirlpools both ways depending on the sink's structure, not the hemisphere.
In the Southern Hemisphere, water typically drains counterclockwise due to the Coriolis effect.
Water drains counterclockwise in the Southern Hemisphere due to the Coriolis effect, which is caused by the Earth's rotation. This effect causes moving objects, like water draining from a sink, to deflect to the left in the Southern Hemisphere.
Contrary to popular belief, the water is not affected by the motion of the Earth, or by which hemisphere the bowl is in.Water drains in a downward direction. How water goes down the plughole is determined by the state of the water when the plug is pulled, the construction of the bowl, and the shape and size of the plughole. It doesn't always go the same way. The vortex direction is dependent on small local factors, and the slightest impulse (motion, temperature) makes it unpredictably random.On a larger scale, the airflow into cyclones in the Northern Hemisphere is counter-clockwise, and in the Southern hemisphere clockwise. So if the Coriolis effect were the dominant factor, that would be the direction of the draining.
That is a myth. Although cyclonic storms tend to rotate the way you describe, water vortexes do not. The particular shape and configuration of the drain, as well as the initial conditions of the swirl, play a much greater role in determining which way the vortex rotates. Although there is such a thing as coriolis, you can't observe it on anything smaller than a storm system. The idea that water spins one way or the other when going down the drain is an urban legend.
I think there are several factors that can cause the swirl. First, it is not, as many people erroneously think, the Coriolis forces. A tub is much too small for the Coriolis force to have any effect on the motion of the water. The location of the faucets and the shape of the tub probably have the the most effect. If the water already has some motion, it will cause the water to swirl in that direction.
In the Southern Hemisphere, water typically drains counterclockwise due to the Coriolis effect.
Water drains counterclockwise in the Southern Hemisphere due to the Coriolis effect, which is caused by the Earth's rotation. This effect causes moving objects, like water draining from a sink, to deflect to the left in the Southern Hemisphere.
Southern Hemisphere
the southern hemisphere has more water
The Southern hemisphere has more water than the Northern hemisphere.
The southern hemisphere has more water than the northern hemisphere.
The Southern Hemisphere has more area of water then the Northern Hemisphere.
The Southern Hemisphere contains the most water
The southern hemisphere has more water! :)The southern hemisphere has water on 81% of its surface and the northern hemisphere has water on only 61% of its surface.The southern hemisphere has more water than the northern hemisphere because the northern hemisphere has the continent of Asia in it which takes up a lot of space.
The southern hemisphere has more water due to its larger ocean area. The southern hemisphere is made up of about 80% water, while the northern hemisphere is made up of about 60% water.
The northern hemisphere has more water than the southern
The Southern Hemisphere is known as the water hemisphere because it contains more water mass and has the largest oceanic area compared to the Northern Hemisphere.