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Which of the following is correct about the structure of ClF3?  There are all single bonds between chlorine and fluorine and 2 lone pairs of electrons   There are all single bonds between chlorine and fluorine and 1 lone pair of electrons   There are 2 single bonds and 1 double bond between chlorine and fluorine and 1 lone pair of electrons   There are all single bonds between chlorine and fluorine and 3 lone pair of electrons

Question

Which of the following is correct about the structure of ClF3?  There are all single bonds between chlorine and fluorine and 2 lone pairs of electrons   There are all single bonds between chlorine and fluorine and 1 lone pair of electrons   There are 2 single bonds and 1 double bond between chlorine and fluorine and 1 lone pair of electrons   There are all single bonds between chlorine and fluorine and 3 lone pair of electrons

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Solution

To determine the correct structure of ClF3, we need to analyze the given options and identify the one that accurately describes the bonding and lone pairs of electrons.

Option 1 states that there are all single bonds between chlorine and fluorine and 2 lone pairs of electrons.

Option 2 states that there are all single bonds between chlorine and fluorine and 1 lone pair of electrons.

Option 3 states that there are 2 single bonds and 1 double bond between chlorine and fluorine and 1 lone pair of electrons.

Option 4 states that there are all single bonds between chlorine and fluorine and 3 lone pairs of electrons.

To determine the correct option, we need to consider the valence electrons of chlorine (7) and fluorine (7).

In ClF3, chlorine forms single bonds with three fluorine atoms. Each bond consists of two electrons, so a total of 6 electrons are used for bonding.

Since chlorine has 7 valence electrons, it will have 1 lone pair of electrons remaining.

Therefore, the correct option is: "There are all single bonds between chlorine and fluorine and 1 lone pair of electrons." (Option 2)

This problem has been solved

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