gases
Yes, ok take a block of ice for an example, when the water is frozen into the ice cube the molecules slow downcget closer and they can't move, when you melt the ice, or it is heated, then the molecules spread out and get faster making it a liquid.
Dye molecules move due to the random motion of molecules in a liquid or gas, known as Brownian motion. Brownian motion causes dye molecules to move and spread out to reach an equilibrium distribution within the medium.
When molecules are heated, they increase in kinetic energy and tend to rise due to decreased density. This is because as a substance is heated, its molecules spread out and become less dense, causing them to rise in a fluid medium such as air or water.
Energy is added in the form of heat to change boiling water to steam. The added energy breaks the intermolecular bonds between water molecules, allowing them to overcome attractive forces and transition from liquid to gaseous state.
When a liquid or gas is heated, the molecules move faster, bump into each other, and spread apart. Because the molecules are spread apart, they take up more space. They are less dense. The opposite occurs when a liquid or gas is cooled.
Gases.
Gases hold large amounts of energy and their molecules are spread out as much as possible due to their high kinetic energy. This allows them to occupy a larger volume compared to liquids or solids.
The Sun Holds Alot Of Energy
Gases.
they spread apart and move faster when energy is added.
Gas molecules are spread apart farther than solid molecules. They also have more energy, making them move faster
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Gas molecules a spread out father than a soilid. This is beacuase gas molecules have nmore energy which makes them move much faster than the molecules in a solid.
Yes,it is. Big Hadron Collaider is just created for that.
The Sun although not sure about spread out part.
Gases.
The spread of molecules in an area refers to how dispersed or concentrated the molecules are within that space. This distribution can be influenced by factors such as temperature, pressure, and the nature of the molecules themselves. In gases, molecules tend to be more spread out due to higher energy and movement, while in solids, they are more tightly packed. This concept is essential in understanding diffusion, concentration gradients, and various physical and chemical processes.