The wave-like property of matter only manifests itself significantly at the quantum level with very small things like electrons. Large samples of matter (like a rock, or a football) also exhibit wave-like properties, but they are immeasurably small.
The answer is Valence Electrons. Atoms want a full number of electrons in their outer shell, which is why atoms with only one electron missing from their outer shell are most reactive, because they are close to completing that shell. Electrons as such are half-spin particles or fermions. A single particle electron orbital (intended as a solution of a 1-D Schrödinger equation) with occupancies 0 and 1 can have 2 allowed quantum states. Electrons are seen as indistinguishable particles in quantum mechanics. In other words electron 1 is the same as electron 2. We can then state that any electron of appropriate energy will be able to occupy the outermost shell of an element.
stoichiometric
The Schrodinger equation is from January 1926.
Net-Ionic Equation
It is used to find probability distributions (expectation values) of properties of subatomic particles.
A submicroscopic particle is an entity that is too small to be viewed by any visible means (Including our most powerful microscopes) and can only be determined to BE by mathematical equation.
no, it is not
A net ionic equation.
Identity: An equation satisfied by every number that is a meaningful replacement for the variable. Example: 3(X+1)=3X+3Conditional Equation: An equation that is satisfied by some number but not others, such as 2X=4
You think probable to neutrons.
yes it does
Every bond has 2 shared electrons. There are a total of 11 bonds making 22 shared electrons.
The answer is Valence Electrons. Atoms want a full number of electrons in their outer shell, which is why atoms with only one electron missing from their outer shell are most reactive, because they are close to completing that shell. Electrons as such are half-spin particles or fermions. A single particle electron orbital (intended as a solution of a 1-D Schrödinger equation) with occupancies 0 and 1 can have 2 allowed quantum states. Electrons are seen as indistinguishable particles in quantum mechanics. In other words electron 1 is the same as electron 2. We can then state that any electron of appropriate energy will be able to occupy the outermost shell of an element.
That is not an equation. An equation is something like a2+b2=c2 or y=mx+b. What you have looks like a simple multiplication problem, except 1.49.66 is not a meaningful number. Numbers have one and only one decimal point
Number of moles or number of particles.
The atomic number of an element tells you how many electrons there are and how many protons there are.
Einstein's law of viscosity is stated by the equation u = 1 + 2.5 (volume fraction of solid particles). This equation is only used to calculate the relative viscosity of a slurry of fine particles in low concentrations.