Why would you want to know that?HUH?!
Slow or incomplete flushing. Without proper venting, the water is pulling against a vacuum.
yes
Unfortunately, yes, it does. The water holds all the bacteria from all the buissness that people make on your toilet. So it is better to close the toilet seat when you flush!
No, but you might have a problem changing the floor flange 90 degrees so that the toilet could be clamped down again.
yes, if faeces are in the toilet, when it is flushed it causes small amounts of faeces the splash in the area of 2 metres
Hydraulic shock from quick closing valves and can cause piping to rupture Hydraulic shock from quick closing valves and can cause piping to rupture
Assuming you have a regular tank toilet with a ball float and rubber flap and that the water is turned on and the tank is filling, the most common cause of a toilet not flushing is a broken or detached chain that runs from the handle lever to te rubber flap that keeps the water in the tank.
No, but it can cause flushing. And in overdose, vomiting (which also causes flushing.)
Yes as there is friction loss to be considered and static head pressure and the required operarating pressure requried plus they GPM flow rate
There are several reason why the plumbing will bang when a toilet is flushed. The most common cause is something called water hammer or hydraulic shock. it is caused by a sudden increase in water pressure. Another cause is air in the pipes.
No, the water in a toilet does not spin one way in the northern hemisphere and spin the opposite direction in the southern hemisphere. The spin of the water in a toilet is determined by the shape of the toilet bowl and the flush system, not by the direction of the Earth's rotation. In a toilet, the water is flushed by a flushing mechanism. This flushing mechanism is usually activated by pushing a lever or pushing a button, and it causes water to be released from the tank into the bowl. The shape of the toilet bowl, as well as the type of flushing mechanism, determines how the water will move once it enters the bowl. When the toilet is flushed, the water quickly fills the bowl and then begins to swirl around. The force of the swirling water will cause it to push against the sides of the bowl and create a whirlpool effect. As the water circles around the bowl, the shape of the bowl determines the direction in which the water will spin. The water will usually spin in a clockwise direction in the northern hemisphere and in a counterclockwise direction in the southern hemisphere. The spin of the water in a toilet is determined by the shape of the toilet bowl and the type of flushing mechanism, not by the direction of the Earth's rotation. The shape of the bowl and the type of flush system will determine the direction in which the water will spin, regardless of which hemisphere the toilet is located in.
cocaine can kill you. enuf said