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Most matter on earth is made up of what small particles?
All matter is made up of tiny particles called atoms. These consist of quarks, electrons, gluons, and a few others that we know of.
Most matter of earth is made up of these small particles?
Everything in the universe is made up of quarks, electrons, gluons, and a few others that we know of. Actuallly the answer is atoms. Most matter of earth is made up of these small particles are elctrons, protons, and neutrons. In other words, an atom.
Most types of matter are made up of small particles called what?
Neutrons, electrons & protons (altogether called 'atom').
Which state of matter does particles move about the most?
plasma
Where do all particles found on earth come from?
Most particles found on Earth were formed during the birth and evolution of the universe, through processes such as nuclear fusion in stars. Others were produced in cosmic ray interactions or through radioactive decays. These particles have accumulated over billions of years and make up the building blocks of matter on Earth.
What kind of Matter particles are arranged in repeating geometric patterns?
Solids. Solids are the most rigid state of matter, so their particles are always fixed. Liquid particles have more freedom to move about, and gases have the most freedom.
State of matter do particles have most kinetic energy?
Gas.
Which state of matter allows for the most movement of particles?
Gas.
Which state of matter's particles have the most kinetic energy?
Gases
What state of matter has the most particles?
thwe awnser is plasma
What is the difference between states of matter and particles of matter?
The most obvious one is that the states of matter are a "bulk property" of a large collection of interacting particles of matter, while particles of matter are the individual constituents (e.g. molecules, atoms, subatomic particles) that matter is made of and do not have any "bulk properties".
Why are photons not like ordinary particles of matter?
Photons are massless particles that do not experience gravitational forces, unlike ordinary particles of matter. They also do not have rest mass and always travel at the speed of light in a vacuum. Additionally, photons do not have electric charge, which distinguishes them from most ordinary particles of matter.
