Examples of 'its electrons' in a sentence
Meaning of "its electrons"
its electrons: Refers to the electrons belonging to a specific object or element. This phrase is often used in the field of physics and chemistry to talk about the behavior or movement of electrons within an atom or molecule
How to use "its electrons" in a sentence
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its electrons
Between the nucleus and its electrons.
Because its electrons are just jumping around anyway.
If it were possible to remove all of its electrons.
Its electrons are delocalized all over the molecule.
So it really does not want to give away its electrons.
Because its electrons are hanging out near the oxygen.
An atom can be ionized by removing one of its electrons.
It can give one of its electrons to this hydrogen proton.
So carbon is going to be giving away its electrons.
Two of its electrons fill just the way helium filled.
You have gained its electrons.
Has all of its electrons in the lowest possible energy levels.
This water will give one of its electrons.
Sharing its electrons by bonding with other atoms to complete both their outer shells.
A conductor is a substance that holds its electrons loosely.
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Some of its electrons that have a weak link to their atoms can become conduction electrons.
The chemistry of an element depends only on its electrons.
A Negatively charged oxygen then transfers its electrons reforming a carbonyl and breaking its bond with glucose.
An ion is an atom that has lost one or more of its electrons.
While here, carbon gets its electrons hogged by oxygen.
A completely ionized atom is one that is stripped of all its electrons.
So now, it gave one of its electrons to this hydrogen right here.
Ionization is the process whereby an atom gains an electrical charge by loosing its electrons.
So it 's essentially having its electrons stolen by the oxygens, or hogged by the oxygens.
The boron is less electronegative than the carbon and is thus giving its electrons.
The amount of " pull " an atom exerts on its electrons is called its electronegativity.
Every atom and molecule has a set number of possible energy levels for its electrons.
As an erbium atom absorbs a photon, its electrons are elevated to higher energy level.
So to stabilize the atom, each atom shares half of its electrons.
When the atom absorbs energy, its electrons move to higher rungs.
Hydrogen, it 's a little bit ambivalent about whether or not it keeps its electrons.
A moving wire in a magnetic field has its electrons pushed, creating an electrical current.
But then it bonds with oxygen, which will hog its electrons.
Hydrogen gets its electrons hogged or taken away, or it spends less time with them.
It has lost some of its electrons.
Its electrons and photons will fuse into neutrons, and it will be a neutron star.
Now this oxygen over here gave one of its electrons to the carbon.
Here, hydrogen gives its electrons which flow around the cell, thus driving the motor.
Because before, it was able to share its electrons very nicely.
And then its electrons are left behind, right?
So it 's going to be giving up its electrons.
So the hydrogen is losing its electrons to the oxygen, so it 's been oxidized.
If you shine light on metal, the metal may release some of its electrons.
In this process oxygen shares two of its electrons 1 with each hydrogen atom.
Every element in the top row ( the first period ) has one orbital for its electrons.
But as the star collapses and becomes denser, its electrons get closer and closer together.
Because hydrogen is very non-electronegative, so you are hogging its electrons.
The atom, its electrons.
Whenever a dog hops into the water, it has to leave two of its electrons behind.
While here, carbon gets its electrons hogged by oxygen . So here, oxygen hogs.
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Examples of using Electrons
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They have more electrons than protons
The electrons are very close to the protons
They are going to hog the electrons in a covalent bond
