what is chemical potential?
445989
The chemical potential (or greek letter mju) of a compound is the measure of the free energy of one mole of the compound in a particular system. It is independent of the size of the system. \nit varies with concentration: mju=mju( under standard conditions) +RTln[x]\nor it is the partial Gibbs free energy: mju=G/n\nwhere G=gibbs, n= number of molecules in system. or finally \nmju of x is rate of change of free energy as the amount of x changes, at constant temperature, pressure and concentration of all other species:\nmju= (small deltaG/small delta n of x) where small delta n of x is change in x measured in moles.\n\n\nhope this helps
24825
During photosynthesis, light energy is converted into chemical potential energy.
896092
The vapor pressure of a thermodynamic system, at a given temperature, wherein the vapor of a substance is in equilibrium with a plane surface of that substance's pure liquid or solid phase.
224198
Both.  Molecules are combinations of bonded atoms, so they definitely have a structure.  You can look in google for a picture of a water molecule, famous for its "Mickey Mouse" structure.\n\nAnd yes, molecules have potential or kinetic energy.
42550
Potential, kinetic, chemical, electrical, and thermal.
58587
A chemical reaction is a process that results in the interconversion of chemical substances. The substance(s) initially involved in a chemical reaction are called reactants. Chemical reactions are characterized by a chemical change and it yields one or more product(s) which are different from the reactants.
66886
GO to wikipedia.com and type in chemical reaction.  That is kind of a tough definition, so I will help to break it down a little for you.  Basically, you got something, and it changes into a whole new a different thing.  That is a chemical reaction.  It could be 2 things coming together to make 1 thing, or vice versa.  Or two things could lead to 2 new things.  The most important part of a chemical reaction is that substances change to NEW substances that have serperate properties and characteristics from the original.\nOn wikipedia there is a link to an IUPAC definition.  IUPAC is pretty much in charge of defining stuff in chemistry, so their definition is the one you're looking for, however, it might be a little complicated.  If this didn't help, maybe you should repost your question.
578226
A chemical change is one that produces one or more new substances with different properties from those of the starting materials.\nA physical change is which the chemical composition of the starting material does not change and no new substance is formed.
413377
A chemical properties
526499
Well, if you get something with the second to lowest potential energy in the world, that energy can go to the lowest potential energy thing in the world and that's it.  Otherthan that, no.  And there's nothing inherent in the material, unless you're talking about chemical reactions, in which case, I just don't know what those two things are.  I hope that's clear.
821839
potential cannot be associated with a non conservative force. potential energy is the energy which is stored inside the body when you do some work against that force. If it is a non conservative force, than the work done to move something to the same point through different paths will be different. Which means that potential at a given point may have more than one value which is practically impossible. That's why potential can never be associated with a non conservative force/field.
727162
Chemistry is about two substances which could react and the resultant does not possess all or some the qualities of the initial substance thus forming a completely a new substance.  Therefore each substance that reacts is a special one, known as an 'element' having a characteristics of its own.  Diffrent elements react among themselves in chemical reaction.\nVR
452145
Elements-A substance composed of atoms having an identical number of protons in each nucleus. Elements cannot be reduced to simpler substances by normal chemical means. \n\nCompounds-A pure, macroscopically homogeneous substance consisting of atoms or ions of two or more different elements in definite proportions that cannot be separated by physical means. A compound usually has properties unlike those of its constituent elements. \n\nMixtures-A composition of two or more substances that are not chemically combined with each other and are capable of being separated. \n\nHope this helped
648583
Atom  \n\nThe smallest unit matter can be divided into whilst still retaining its chemical identity. Atoms are not single particles but complex arrangements of three types of particles. The subatomic particles, protons, neutrons and electrons, combine to form atoms. The protons and neutrons provide the bulk of an atom's mass and are concentrated into a tiny central region known as the atomic nucleus. The nucleus is held together by the strong nuclear force which acts between the constituent particles (termed nucleons ). The protons are positively charged and so mutually repel each other, but it is not until there are many of them that they overcome the nuclear force. Thus there is only one stable element beyond lead (Z=82). Whilst the radius of an atom is in the region of 10-10 metres, the atomic nucleus is about ten thousand times smaller at 10-14 metres. The volume surrounding the nucleus is where the electrons exist. They are much lighter than the protons and neutrons and carry a negative electrical charge. Being opposite in charge to the nucleus, the electrons are held in orbits around it by the force of electromagnetism. The electrons exist in electron orbitals around the nucleus. These orbitals are grouped into shells. Within each shell are energy levels which allow the electrons to exist in unique quantum states, depending upon their angular momentum (hence energy), in accordance with Pauli's exclusion principle . In a neutral atom the number of electrons equals the number of protons. When ionisation occurs, one or more electrons are provided with enough energy to escape the atom altogether. What remains is known as an ion because it is now positively charged and will behave in a different way chemically from neutral atom. The number of protons in the nucleus of an atom (the atomic number , Z) defines which chemical element it is. There are just over 110 known chemical elements and these can be arranged in a classification sequence known as the periodic table. The number of neutrons in any given atomic nucleus can also vary. The total number of protons + neutrons is termed the atomic mass number (A). Most atoms have a prefered number of neutrons at which their nuclei are stable. Atoms with more or less neutrons than the stable configuration are known as isotopes and will often undergo radioactive decay. The simplest of all atoms is hydrogen and is a special case which has a nucleus of one solitary proton and a single electron in orbit around it. It is the only nuclide (species of nucleus) with no neutron. A stable isotope of hydrogen is called deuterium which has one neutron in its nucleus; tritium is an unstable (radioactive) isotope of hydrogen and has two neutrons. See also atomic absorption , atomic emission , atomic number , molecule .
883685
The chemicals of which it is made, and particularly the elements of the anode and cathode.  Each element has an electrode potential, ahd the voltage of a battery is the difference of these for the two electrodes.
455471
pH (potential hydrogen) is a measure of the activity of hydrogen ions (H+) in a solution and, therefore, its acidity or alkalinity. In aqueous systems, the hydrogen ion activity is dictated by the dissociation constant of water (Kw = 1.011 × 10−14 at 25 °C) and interactions with other ions in solution. Due to this dissociation constant a neutral solution (hydrogen ion activity equals hydroxide ion activity) has a pH of approximately 7. Aqueous solutions with pH values lower than 7 are considered acidic, while pH values higher than 7 are considered alkaline..\n\npH = -log(concentration of H+)\njust use the equation to figure it out.\nhttp://en.wikipedia.org/wiki/PH
581193
Acids & bases is pretty easy to understand. You could probably find quite a bit of stuff too, about their properties, indicators, things they're used for, all that stuff. Or you could try energy. It may be a little harder, but you could go on forever about energy. What types of energy there are (thermal kinetic, mechanical kinetic, radient, gravitational potential, electrical potential, chemical potential), how energy changes between forms, pahses changes in matter (because of energy), on and on and on. Hope that helps.