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When very electronegative atoms with lower electronegative like lithium What is the result?
When very electronegative atoms interact with less electronegative atoms like lithium, the very electronegative atoms tend to attract the shared electrons more strongly. This can result in the formation of polar covalent bonds where the electron distribution is uneven. This leads to the electronegative atom being partially negative and the less electronegative atom being partially positive.
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When very electronegative atoms like fluorine bond to atoms with a lower electronegativity like hydrogen What is the result?
The electron pair in the bond is closer to the more electronegative atom, causing a partial negative charge on it and a partial positive charge on the less electronegative atom. This creates a polar covalent bond between the atoms.
When very electronegative atoms like oxygen bond to atoms with lower electronegativity like hydoge What is the result?
The more electronegative atom, such as oxygen, will have a partial negative charge (δ-) while the less electronegative atom, like hydrogen, will have a partial positive charge (δ+). This results in a polar covalent bond, where there is an unequal sharing of electrons between the two atoms.
What loses electrons when bonding?
Atoms that are less electronegative tend to lose electrons when bonding with atoms that are more electronegative. This is because less electronegative atoms have a lower attraction for electrons, making it easier for them to donate electrons to form a stable bond.
When strongly electronegative atoms like fluorine bond to atoms with a lower electronegativity like hydrogen what happens to the atoms?
As posed, the question makes no sense. Because fluorine is the most electronegative of all elements, absolutely anything that it bonds to must inevitably be less electronegative. So no general comment or answer is possible beyond what follows from its electronegativity - it has a high tendancy to gain an electron.
When very electronegative atoms like oxygen bond to atoms with a lower electronegatively like hydrogen What is the result?
The result is a polar covalent bond where the oxygen atom has a slightly negative charge (δ-) and the hydrogen atom has a slightly positive charge (δ+). This creates a molecule with an uneven distribution of charge, making it a polar molecule.
When very electronegative atoms like fluorine bond to atoms with a lower electronegativity like hydrogen What is the result?
The electron pair in the bond is closer to the more electronegative atom, causing a partial negative charge on it and a partial positive charge on the less electronegative atom. This creates a polar covalent bond between the atoms.
When very electronegative atoms like oxygen bond to atoms with lower electronegativity like hydoge What is the result?
The more electronegative atom, such as oxygen, will have a partial negative charge (δ-) while the less electronegative atom, like hydrogen, will have a partial positive charge (δ+). This results in a polar covalent bond, where there is an unequal sharing of electrons between the two atoms.
What loses electrons when bonding?
Atoms that are less electronegative tend to lose electrons when bonding with atoms that are more electronegative. This is because less electronegative atoms have a lower attraction for electrons, making it easier for them to donate electrons to form a stable bond.
Ask us very electronegative atoms like oxygen bond to atoms with a lower electronegativity like hydrogen what's the result?
The oxygen atom becomes strongly negative, The hydrogen atom becomes partially positive
Why do atoms with low electronegativity like lithium have weak attractive forces?
Atoms with low electronegativity, like lithium, have a weaker ability to attract electrons due to their larger atomic radii and fewer protons in the nucleus compared to more electronegative elements. This results in a lower effective nuclear charge experienced by the valence electrons, making it less capable of forming strong bonds with other atoms. Consequently, the attractive forces between these atoms and others are weaker, leading to less stable compounds.
When strongly electronegative atoms like fluorine bond to atoms with a lower electronegativity like hydrogen what happens to the atoms?
As posed, the question makes no sense. Because fluorine is the most electronegative of all elements, absolutely anything that it bonds to must inevitably be less electronegative. So no general comment or answer is possible beyond what follows from its electronegativity - it has a high tendancy to gain an electron.
When very electronegative atoms like oxygen bond to atoms with a lower electronegatively like hydrogen What is the result?
The result is a polar covalent bond where the oxygen atom has a slightly negative charge (δ-) and the hydrogen atom has a slightly positive charge (δ+). This creates a molecule with an uneven distribution of charge, making it a polar molecule.
Which has the lower electronegativity lithium or krypton?
Lithium.
When very electronegative atoms like oxygen bond to atoms with lower electronegativity like lithium What is the result?
The oxygen atom becomes strongly negative. The hydrogen atom becomes partially positive.
What type of chemical bond forms when atoms with high electronegativity react with atoms with low electronegativity?
If the elecrtronegativity difference is greater that 1.7 it is an ionic bond. If it is lower that 1.7 but greater than 0 it is a polar covalent bond. If it is equal to 0 it is a pure covalent bond.
What is an electron's role in a polar molecule?
Polar bonds exist because certain atoms have a greater pull on the electrons in a bond than other atoms. The ability of an atom to attract electrons in a covalent bond is called "electronegativity". Atoms with a greater electronegativity will have a greater pull on the electrons in a bond than atoms with lower electronegativities. What this means for an electron is that it is not "shared" all that fairly. It will spend more time on the more electronegative atom than it will on the less electronegative atom (to a degree proportional to the difference in their electronegativity).
When strongly electronegativity atoms like fluorine bonds to atoms with a lower electronegativity like hydrogen what's the result?
the atoms go boom boom boom 13 milion times and then they die
