The structure of water remains the same that is,H2O but bonding between water molecules vary in each state.bonding is strongest in ice and weakest in steam.This is the reason behind the fact that ice exist in a big bulk
The sugar dissolves in the water, forming a mixture. The particles diffuse until there is an equal distribution of sugar particles throughout the entire container of water.
the water looses energy to become solid (freezing). This happens due to electrons (which transfer and store the energy) going to a lower state where the atoms get closer together. Therefore ice takes up a smaller volume than when it is in a liquid state.
The vibration of the atoms slows and they condense together.
they desolve
A solution containing Na+ and HCO3- ions. The HCO3- reacts with water to form carbonic acid and OH- . the solution of NaHCO3 is mildly basic. HCO3- +H2O -> H2CO3 + OH-
The density changes.
the particle loses the energy and it goes into surrounding environment
It changes to gaseous state
It evaporates.
when water is heated the particles speed up, therefore gaining kinetic energy. the faster the particles move the further apart they become, therefore leading to the possibility of changing state. such as water to water vapor or ice to water.
The sun heats up the water causing particles to move faster and spread apart. this changes water to a gas state and becomes clouds.
The particles begin to come closer and attach to eachother, then when their solid they begin to vibrate :)
At 212 degrees Fahrenheit, the particles in water speed up and become lighter than air. The steam rises.
It's still powder, although it is a bit finer. The particles are spread out throughout the liquid.
Usually, the kinetic energy of the individual particles increases. It's also possible for the particles to gain potential energy - this happens when a substances changes its state of matter. For example, when you add heat to ice (at zero degrees), it will melt, converting into water (also at zero degrees).
The water particles gain energy from the surrounding environment. As this happens they move more and increase in volume, eventually this means they enter a gaseous state "float" about in the atmosphere.
When water has heat and energy it changes energy. The energy that it changes to is called thermal.