The amount of water that goes down the drain in a house can vary widely depending on household size, water usage habits, and the number of fixtures in use. On average, a typical family might use around 80-100 gallons of water per day, which includes water that goes down the drain from sinks, showers, toilets, and appliances. A significant portion of this water is treated as wastewater. Therefore, it's reasonable to estimate that a household could send anywhere from 60 to 80 gallons of water down the drain daily.
The water goes down the plughole/drain and then down the pipes.
the drain.
down the drain and into the ocean
water goes down the drain.
Water pollution that goes with water down a storm drain that goes straight to a river or stream.
Goes down a pipe, out of the house to a bigger pipe that takes it to a waste treatment plant that removes all the solid parts and filters the water and then puts the water into a stream or river.
water that goes down drains comes from either houses (your roof drainage and gutters, and anything you use in the house such as toilets, sinks, washing machine, showers etc), and also from runoff on roads etc when it rains.
Drains make noise when the water is going down because the water hits the drain as the water goes down. The water also is going down at a rapid pace, that makes the same sound as a waterfall. When the water is falling to the direct drain, the water beats on the drain.
Shower water goes down the drain and enters the sewage system, where it is transported to a wastewater treatment plant. At the treatment plant, the water is cleaned and treated before being released back into the environment.
The drain water eventually goes to the ocean.. That's called pollution..
When you shower, the water goes down the drain and the drain may be clogged or slow, causing the water to back up and fill the bathtub.
Water spins as it goes down the drain due to the Coriolis effect, which is caused by the Earth's rotation. As water flows toward the drain, it is influenced by the momentum of the surrounding water and the shape of the drain, causing it to spiral. Additionally, the design of the drain itself can create a vortex, enhancing the spinning motion. This phenomenon is most noticeable in larger bodies of water, but the basic principles apply to drains as well.