Examples of using Orbitals in English and their translations into Hebrew
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There are three sp2 orbitals.
The orbitals differ in energy.
What's the difference between the orbitals?
In the lower three orbitals of a hydrogen atom.
In an atom, an electron doesn't exist between orbitals.
The overlapping atomic orbitals can differ.
Chemists call them orbitals, and what each one looks like depends on, among other things, how much energy it has.
Gold reacts differently,depending on subtle relativistic effects that affect the orbitals around gold atoms.
The number of molecular orbitals is always equal to the number of atomic orbitals you start with.
What we do know that such leaps always produce a lightwave whose color matches the energy difference between the orbitals.
It is where the electrons are,and is a group of atomic orbitals with the same value of the principal quantum number n.
As Tao notes, pi orbitals may be thought of as electron clouds, protruding perpendicularly from either side of the plane of the molecule.
He proposed that the course of a reaction is determined by geometry andrelative energies of molecular orbitals of reactants.
The outcome was a broad consensus that d orbitals play a role, but are not as significant as Pauling had believed.
The sum of X and E, known as the steric number,is also associated with the total number of hybridized orbitals used by valence bond theory.
A quantum description of molecular orbitals require different quantum numbers, because the Hamiltonian and its symmetries are quite different.
For Example in the case of F2 molecule the F-F bond is formed by the overlap of p orbitals of the two F atoms each containing an unpaired electron.
The change in hybridized orbitals causes the bond angles to decrease from about 120° in the sp2 orbitals to about 109.5° in the sp3 orbitals.
The chromophore is a region in the moleculewhere the energy difference between two different molecular orbitals falls within the range of the visible spectrum.
The orbitals, which are areas in space around the nucleus… the ones that are closer to the nucleus, those are low energy… and the ones that are further away are higher energy.
The amount of X and E, called the steric number,is also related to the entire number of hybridized orbitals employed by valence bond theory.
And orbitals are more like probability functions as to where you might find the electron, while an orbit is a very kind of classical, mechanical way of describing the path of a classical object.
According to this theory a covalent bond is formed between the twoatoms by the overlap of half filled valence atomic orbitals of each atom containing one unpaired electron.
Specifically, atomic orbitals are the possible quantum states of an individual electron in the collection of electrons around a single atom, as described by the orbital function.
In the former,the energy levels that the electrons jump between are extended pi orbitals created by a series of alternating single and double bonds, often in aromatic systems.
If you take atoms, they always have atomic orbitals, and ions have either atomic orbitals or molecular orbitals or both atomic and molecular orbitals.
The reason for the dramatic fluctuation in conductance has to do with the so-called pi orbitals of the electrons making up the molecules, and their interaction with electron orbitals in the attached electrodes.
While it is normal tothink of the electrons in an atom as being described by orbitals of types such as s and p, it turns out that in describing the bonding in molecules, it is better to construct functions that partake of some of the properties of each.
When the tilt angle of a molecule trapped between two electrodes is altered, these pi orbitals can come in contact and blend with electron orbitals contained in the gold electrode- a process known as lateral coupling.