NO.
Water runs in the toilet bowl to maintain proper water levels and to flush waste down the drain when the toilet is flushed.
The toilet bowl is empty of water because the water has been flushed down the drain, carrying waste with it.
The toilet only leaks when flushed because there may be a problem with the flushing mechanism or the seal between the tank and the bowl. When the toilet is flushed, water is released from the tank into the bowl, and if there is a leak in the mechanism or seal, water can escape and cause a leak.
The toilet bowl is empty because the water has been flushed down the drain, leaving the bowl dry until it is refilled with water for the next use.
The toilet flapper stays up to allow water to flow from the tank into the bowl when the toilet is flushed.
The purpose of the flapper inside a toilet tank is to control the flow of water from the tank into the toilet bowl when the toilet is flushed.
The purpose of the flapper inside the toilet tank is to control the flow of water from the tank into the toilet bowl when the toilet is flushed.
The purpose of the toilet seal between the tank and bowl is to prevent leaks and ensure a tight connection, allowing water to flow properly from the tank to the bowl when the toilet is flushed.
A toilet may bubble when flushed due to a clog in the drain pipe, causing air to be trapped and released as the water flows through. This can create bubbles in the toilet bowl as the air escapes.
technically no because new water is always always flowing in every time its flushed
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.
If leaking at floor when flushed, wax ring needs replaced. If water leaks between tank and bowl when flushed, tank to bowl gasket needs replaced.