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Are atoms and molecules that make up a rock never moving?
Atoms and molecules that make up a rock are constantly moving, though at a very small scale. They vibrate in place due to thermal energy, even in solid objects like rocks. This movement is known as thermal motion and is responsible for the overall stability and properties of the rock.
What happens to particles when something freezes?
the particles freeze up & not moving they lose energy and turn into ice
What happens to the molecules in a substance when thermal energy is removed?
When thermal energy is removed from a substance, the molecules lose kinetic energy and slow down. This often causes the substance to cool down as the molecules have less energy to move and vibrate. In extreme cases, the substance may undergo a phase change, such as from a liquid to a solid.
Do the atoms in solids move?
Yes in two ways - 1) heat causes atoms and molecules to vibrate, 2) atoms can slowly diffuse through solids and the rate of diffusion increases with temperature. Also, over geologic time, tectonic forces move the continents and deform the rocks comprising them. Obviously the atoms making the rocks will move with the rocks as this happens.
What happens to most materials when it is on cooling?
Most materials contract or decrease in size when they cool due to the decrease in temperature causing the atoms and molecules to slow down and come closer together. This contraction can lead to changes in physical properties such as density and volume.
What happens to the molecules when there is a change in state from liquid to solid?
When a liquid changes to the solid state, the molecules slow down so that they only vibrate in place and can no longer flow like a liquid.
Does an elephants heart beat slow or fast?
It beats extremely slow
When was The Horribly Slow Murderer with the Extremely Inefficient Weapon created?
The Horribly Slow Murderer with the Extremely Inefficient Weapon was created in 2008.
Why must energy be added to a substance to change if from soild to a liquid or from a liquid to a gas?
The atoms/particles in the gas/solid/liquid are constantly moving because of their heat energy, which can be given to them by heat or energy. The more heat energy they have, the faster they will be moving. To reach the next phase, they must have enough heat to be able to escape their current position, because since all atoms vibrate, so in a way,they need enough heat energy to vibrate so wild that it escapes it's current formation. Or if they lose heat energy, they slow down, making them vibrate less.
What is the duration of The Horribly Slow Murderer with the Extremely Inefficient Weapon?
The duration of The Horribly Slow Murderer with the Extremely Inefficient Weapon is 600.0 seconds.
What happens to atoms when cooled?
as the atom cools down it comes back in its orignal shape .it will be in its contracting form
If you take any pitch on the keyboard the next occurrence of the same letter name going towards the left (down) will vibrate?
Twice as slow
What happens if a ladybug is slow?
Nothing happens, really... in general judgement, all ladybugs are slow.
When the temperature is near absolute zero what do the atoms begin to do?
Atoms near absolute zero begin to exhibit unique quantum behaviors, such as superfluidity and superconductivity. They slow down significantly and may even coalesce into a single quantum state, behaving as a collective rather than individual particles. These phenomena are a result of the atoms' wave-like nature dominating their behavior at such low temperatures.
What happens to the molecules if they freeze?
well obviously atoms cant stop moving even at absolute 0. so the molecules will simply slow down but it can never stop moving
Why do atoms slow down when it is cooler?
they loose energy
Are atoms and molecules that make up a rock never moving?
Atoms and molecules that make up a rock are constantly moving, though at a very small scale. They vibrate in place due to thermal energy, even in solid objects like rocks. This movement is known as thermal motion and is responsible for the overall stability and properties of the rock.
