The only changes of state in pure boiling water is from liquid to gas.
Your sister going from virgin to pregnant, by a dog, against a wall.
Water evaporates at 100 degrees centigrade, the temperature of boiling water.
It depends on the size of the kettle.
No, a change of state is not a chemical change, for it can be changed back to its original form and their is no change in the molecular composition of the substance. A chemical change is when it cannot be changed back. The above example is an example of a physical change. Example:- ice when heated changes into water and water when cooled changes into ice.
The steam condenses to form water droplets on the cooler surface.
The salt dissolves in the water and the sand does not.
they heat up water in your kettle
This process is evaporation.
Liquid to gas
Yep. The very definition of 'condensation' is a state change from a gas to a liquid.
It is a change of state from a gas to a liquid
It is a 'State' Change called Liquification, precipitation and other terms depending on the process that caused the state change.
The change is from gas to liquid: H2O in the gaseous form condenses into the liquid we know as water.
The change of state from a liquid to a gas is called vaporization. There are two types of vaporization; evaporation, which occurs at the surface, and boiling, which occurs throughout the liquid.
Latent heat is the amount of energy that is needed to change the state of matter. Either from a solid to a liquid, from a liquid to gas or vice versa. For example if you boil a kettle of water, energy or latent heat is added to the water from the element within the kettle. The water will heat up and eventually turn to steam.
What type of change occurs when water changes from a solid to a liquid
A kettle lake is a shallow, sediment-filled body of water formed by retreating glaciers or draining flood-waters.
A phase change.
Materials can come in three phases, depending on physical conditions. They are gas, liquid, and solid. If you boil a kettle of water, you are first heating up the liquid water inside the kettle. But then at boiling temperature (which is about 100 deg C or 212 deg F) the liquid in the kettle starts to turn into gas, which we call steam. As a gas, that steam rises to the surface and that's when you start to see the bubbles we call boiling. So when we "boil a kettle" we are creating steam that creates the boiling bubbles.