As particles are heated they will start to vibrate. The vibrations will increase as temperature increases.
As the water temperature increases the particles continue to gain vibrational energy until eventually they all have enough energy to leave the water phase and vaporize. Then the temperature change halts as all the particles have the energy to break apart the inter-molecular forces holding the water molecules together (Hydrogen bonding). Even though there is a heat source, the temperature of the water stays the same as the heat, latent heat of vaporization, is used to break the molecules away from each other to form a gas.
The gas can be heated into super heated steam but the liquid phase will stay at 100oC, or there abouts depending on the atmospheric pressure, until all of the liquid is vaporized.
The same phase change occurs when ice warms. There is a halt in temperature change due to the latent heat of fusion as some of the inter-molecular bonds forming the solid are broken and the liquid is formed.
When you make brine by dissolving salt in water, the salt particles separate and mix with the water molecules. The water molecules surround the salt ions, causing them to disperse evenly throughout the solution.
When particles in a closed container are heated, they gain kinetic energy and move faster. This increased movement causes the particles to collide more frequently and with greater force against the container walls, which leads to an increase in pressure inside the container.
turbid
simply all particles of one substance are identical means just that. all of the particles that make up a piece of matter are the same. an example of this is water. if you look at water under a microscope, you will see that all of the particles that make up the water are identical.
The atoms that make up the metal are loosened up by the heat, therefore causing the metal structure to become more flexible.
When you make a glass of squash, the particles of the squash mix with the water. The particles dissolve and disperse evenly throughout the liquid, giving it flavor and color.
When a piece of rock is heated up, the particles within the rock gain energy and begin to vibrate more intensely. This causes the bonds between the particles to weaken, eventually leading to the rock melting into liquid magma.
our receptors receipts it !! that's all
When you make brine by dissolving salt in water, the salt particles separate and mix with the water molecules. The water molecules surround the salt ions, causing them to disperse evenly throughout the solution.
Salt dissolves in water. If there is too much salt than the water can hold some may be left at the bottom of the container. The salt particles dissolve into the particles of water and float about within the liquid, disappearing from sight. The salt can be removed by evaporating the water.
Substances, like water, change physical states the more excited (moving faster) the particles that make up the substance gets. As water is heated up the particles get more excited and the state of the water turns into gas. If gas is heated the particles will move even faster than they were moving before. ========================================== Adding heat to anything means that there's more energy inside of it. There's no way around this law. Energy always has to go somewhere, and when it gets there, then it's in there. Pumping energy into any material substance means that the kinetic energy of its particles increases ... on the average, they move faster. In solids and liquids, they wiggle and jiggle faster in theirplaces, whereas in gases they fly around faster.
Substances, like water, change physical states the more excited (moving faster) the particles that make up the substance gets. As water is heated up the particles get more excited and the state of the water turns into gas. If gas is heated the particles will move even faster than they were moving before. ========================================== Adding heat to anything means that there's more energy inside of it. There's no way around this law. Energy always has to go somewhere, and when it gets there, then it's in there. Pumping energy into any material substance means that the kinetic energy of its particles increases ... on the average, they move faster. In solids and liquids, they wiggle and jiggle faster in theirplaces, whereas in gases they fly around faster.
Substances, like water, change physical states the more excited (moving faster) the particles that make up the substance gets. As water is heated up the particles get more excited and the state of the water turns into gas. If gas is heated the particles will move even faster than they were moving before. ========================================== Adding heat to anything means that there's more energy inside of it. There's no way around this law. Energy always has to go somewhere, and when it gets there, then it's in there. Pumping energy into any material substance means that the kinetic energy of its particles increases ... on the average, they move faster. In solids and liquids, they wiggle and jiggle faster in theirplaces, whereas in gases they fly around faster.
They get heated up, and get signals in them which make them unhealthy.
As the water heats up the pot you're boiling it in, the particles of the water receive more energy. The more energy the particles have, the faster they move and the farther they spread apart. When the water finally reaches 212 degrees Fahrenheit (100 degrees Celsius), its particles spread so far out that they make the transition from a liquid to a gas. Thus, making steam.
When you heat up the spoon its molecules start to vibrate. Depending on what the material is of the spoon, countinous heating may cause it to catch on fire. Whenever heat is supplied to a system we are imparting energy to the molecules that makes up that system.
If a hydro-carbon is burnt it will make heat, CO2 and water however if a hydro-carbon is heated it will just expand into its surroundings