What theory is used to explain the behavior of particles in gases?
singleAnswer
kinetic theory of gases
Kinetic theory of gases
What theory is used to explain the behavior of particles in gases?
Kinetic theory of gases Gas Statistical mechanics Particle physics Ideal gas Wave–particle duality Avogadro's law Atom Branches of physics Fermi gas
The kinetic <b>theory</b> of <b>gases</b> is a historically significant, but simple model of the 
thermodynamic <b>behavior</b> of <b>gases</b> with which many ... The <b>gas</b> consists of very 
small <b>particles</b> known as molecules. This smallness of their ... The kinetic <b>theory</b> 
has its own <b>definition</b> of temperature, not identical with the thermodynamic 
<b>definition</b>. <b>Gas</b> is one of the four fundamental states of matter A pure <b>gas</b> may be made up of 
individual ... The interaction of <b>gas particles</b> in the presence of electric and 
gravitational ... For example, as a <b>gas</b> is heated from absolute zero, when it is (in 
<b>theory</b>) ... <b>used to describe</b> the random movement of <b>particles</b> suspended in a 
fluid. The approach is based on statistical methods, probability <b>theory</b> and the 
microscopic physical laws. It can be <b>used to explain</b> the thermodynamic 
<b>behaviour</b> of&nbsp;... <b>Particle</b> physics is a branch of physics that studies the nature of the <b>particles</b> that 
constitute matter and radiation. Although the word <b>particle</b> can refer to various 
types of very small objects (e.g. protons, <b>gas particles</b>, or even household dust), 
<b>particle</b> physics usually investigates ... The currently dominant <b>theory</b> explaining 
these fundamental <b>particles</b> and&nbsp;... An ideal <b>gas</b> is a theoretical <b>gas</b> composed of many randomly moving point 
<b>particles</b> whose ... The ideal <b>gas</b> model has also been <b>used</b> to model the 
<b>behavior</b> of electrons in ... functions of the number of <b>particles</b> N. Using the 
<b>definition</b> of the heat capacity ... <b>theory</b> the constant depends only upon the mass 
of the <b>gas particle</b>. Wave–<b>particle</b> duality is the concept in quantum mechanics that every <b>particle</b> or 
quantum entity may be described as either a <b>particle</b> or a wave. It expresses the 
inability of the classical concepts &quot;<b>particle</b>&quot; or &quot;wave&quot; to fully <b>describe the</b> 
<b>behaviour</b> of quantum-scale objects. ... It seems as though we must use 
sometimes the one <b>theory</b> and sometimes&nbsp;... Avogadro&#39;s law is an experimental <b>gas</b> law relating the volume of a <b>gas</b> to the 
amount of ... In practice, real <b>gases</b> show small deviations from the ideal <b>behavior</b> 
and the ... one is able to determine the number of <b>particles</b> in a mole of substance
. ... Perrin led to the <b>definition</b> of Avogadro&#39;s number as the number of molecules 
in&nbsp;... An atom is the smallest constituent unit of ordinary matter that constitutes a 
chemical element. Every solid, liquid, <b>gas</b>, and plasma is composed of neutral or 
ionized atoms. ... All electrons, nucleons, and nuclei alike are subatomic <b>particles</b>
. ... Dalton also believed atomic <b>theory</b> could <b>explain</b> why some <b>gases</b> dissolve in 
water&nbsp;... Physics deals with the combination of matter and energy. It also deals with a wide 
variety of systems, about <b>which theories</b> have been developed that are <b>used</b>&nbsp;... An ideal Fermi <b>gas</b> is a state of matter which is an ensemble of many non-
interacting fermions. Fermions are <b>particles</b> that obey Fermi–Dirac statistics, like 
electrons, protons ... Using this <b>definition</b> of Fermi energy, various related 
quantities can be useful. The Fermi temperature is defined as: T F = E F k B {\
displaystyle&nbsp;...
Brownian motion
Gas