I will be here to help you solve this type of problem today ” arrange these elements according to electronegativity.”. Let’s follow each step carefully to know how to do and understand the way to solve this work in the most through way. To be able gain valuable knowledge, let’s concentrate on this.

Question: “arrange these elements according to electronegativity.”

Arrange these elements according to electronegativity.

Answer

Electronegativity, symbolized as X, is the tendency for an atom of a given chemical element to attract shared electrons when forming a chemical bond. An atom’s electronegativity is affected by both its atomic number and the distance at which its valence electrons reside from the charged nucleus. The higher the associated electronegativity, the more an atom or a substituent group attracts electrons. Electronegativity serves as a simple way to quantitatively estimate the bond energy, and the sign and magnitude of a bond’s chemical polarity, which characterizes a bond along the continuous scale from covalent to ionic bonding. The loosely defined term electropositivity is the opposite of electronegativity: it characterizes an element’s tendency to donate valence electrons.

Electronegativity is a measure of an atoms ability to attract the shared electrons of a covalent bond to itself.

In periodic table left to right electronegativity increases top to bottom electronegativity decreases.

Relevant knowledge

Electronegativity is a property of an element to draw electrons towards itself when it is in a covalent bond An element’s ability to attract electrons towards it when it has a covalent bond, called electronegativity, is known as electronegativity. The non-metals are usually more electronegative than metals. This is because metals lose electrons in order to have their outer shells filled with valence.

Periodic trends

In general, electronegativity increases on passing from left to right along a period and decreases on descending a group. Hence, fluorine is the most electronegative of the elements (not counting noble gases), whereas cesium is the least electronegative, at least of those elements for which substantial data is available. This would lead one to believe that  cesium fluoride is the compound whose bonding features the most iconic character.

Conclusion

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