Verified Answer :

maacastrobr

Answer:

  1. ClCl
  2. BrCl
  3. SiC
  4. CsF

Explanation:

We can determine the ionic character of a bond by using the periodic table of elements. We look up the electronegativity of both elements: the bigger the difference of electronegativity between the elements, the bigger the ionic character of the bond is.

With that in mind, in order of increasing ionic character, the answer is:

  1. ClCl (the least ionic)
  2. BrCl
  3. SiC
  4. CsF (the most ionic)

Listing the bonds in order of increasing ionic character will be CsF, SiC, BrCI, and ClCl.

A chemical bond refers to the lasting attraction that occurs between ions, atoms, and molecules that being about the formation of chemical compounds.

It should be noted that the ionic character that has the lowest ionic strength is cesium fluoride (CsF). After that the next one is silicon carbide SiC.

Then, we have bromine monochloride BrCl and finally the compound with the strongest ionic compound is ClCl

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