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How does the movement of particles in a stick of butter differ from the movement of particle in a dish of melted butter?
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∙ 6y ago
The movement of particles in a hard stick of butter are solid. Their not moving. While the movement of particles in a melted sick of butter are liquid. They are moving.
Emmanuel Bednar
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How is the movement of particles in a gas differ from the movement of particles in liquid?
I think the reason why is that the particles in a gas move freely and they move fast. Therefor the particles in a liquid slide past eachother and the reason why that they're differ from eachoth is because a gas and a liquid are differ from eachother like an example, They particles in a gas heat up and move freely
How does a particle differ from a wave in everyday life?
Talking about conventional physics, a wave is the movement of energy through a massive group of particles, be it through either longitudinal, or transverse type waves. A particle is the medium that all waves move through. When we get to light however, there is a different story entirely, and only quantum physics can really answer that. A light ray is made up of photons (hence why a "wave" of any kind must be travelling through, or with, some kind of particle. Without a particle, there is no wave. Quantum theory states that everything is particles and waves, which resolves to everything is particles, which then resolves to everything is fields (fields being a type of wave, I suppose) So, for all but the purpose for quantum physics, a wave is the movement of energy through a medium (eg, liquid, gas or air) and a particle is simply a piece of matter, an atom, a molecule... anything you can see really.
Does a photon differ from its inertial particle?
It isn't clear what you mean by "its" inertial particle. There is no inertial particle associated with the photon.
How do the states of matter differ in terms of motions to their particles?
Gasses will have the fastest moving particles, Liquids will have moderately moving particles, and Solids will have the slowest moving particles.
What subatomic particle contributes alomst no weight to an atom?
The subatomic particles that contribute most almost no weight to an atom are electrons at various energy levels. Isotopes of the same element differ from each other only by the number of neutrons.
How does the movement of particles in a stick of butter differ from the movement of particles in a dish of melted butter?
The movement of particles in a hard stick of butter are solid. Their not moving. While the movement of particles in a melted sick of butter are liquid. They are moving.
Alpha particles and beta particles differ in?
Alpha particles are positively charged helium nuclei while beta particle are negatively charged electrons . Alpha particle have 4u mass while beta particles have zero mass.
How is the movement of particles in a gas differ from the movement of particles in liquid?
I think the reason why is that the particles in a gas move freely and they move fast. Therefor the particles in a liquid slide past eachother and the reason why that they're differ from eachoth is because a gas and a liquid are differ from eachother like an example, They particles in a gas heat up and move freely
How do the particle of water that evaporate from an open container differ from the particles that remain?
The chemical structure of water remain unchanged.
How do the basic particles of a compound Differ from the basic particle of an element?
If you think to atoms they are similar. But in compounds atoms can form ions.
How does the particle size of a liquid a solid and a gas compare?
The particle size of a liquid, a solid and a gas will differ in weight and volume. Systems can mean the size of the respective bubbles particles, and droplets.
How is particle motion related to evaporation?
KE of particles in a liquid will differ, the faster ones can escape as vapour even at temperatures lower than boiling.
How do the electric charges of alpha particles beta particles and gamma rays differ from each other?
From Physics Forums The alpha particle has a 2+ charge, beta has 1- charge, and the gamma is neutral (no charge). The beta particle could also have a 1+ charge if it undergoes positron emission [a proton turns into a neutron and a positron (the "anti-electron")]
How does a particle differ from a wave in everyday life?
Talking about conventional physics, a wave is the movement of energy through a massive group of particles, be it through either longitudinal, or transverse type waves. A particle is the medium that all waves move through. When we get to light however, there is a different story entirely, and only quantum physics can really answer that. A light ray is made up of photons (hence why a "wave" of any kind must be travelling through, or with, some kind of particle. Without a particle, there is no wave. Quantum theory states that everything is particles and waves, which resolves to everything is particles, which then resolves to everything is fields (fields being a type of wave, I suppose) So, for all but the purpose for quantum physics, a wave is the movement of energy through a medium (eg, liquid, gas or air) and a particle is simply a piece of matter, an atom, a molecule... anything you can see really.
Does a photon differ from its inertial particle?
It isn't clear what you mean by "its" inertial particle. There is no inertial particle associated with the photon.
How are the particles in this model differ from real gas particles?
The particles are free
Explain how the particles in an ice cube differ from the particles in a glass of water?
In an ice cube there are tighter and closer particles since ice cubes are a solid.But, a glass of WATER, meaning a liquid, doesn't have particles that close, maybejust a little apart. That's how they differ. Go to Sciencesource.ca for more informationon particle theory. Choose grade 7, and proceed.Additional response:They are colder.
