Add lone pairs to these lewis structures of interhalogen compounds [Solved]

Add
lone pairs
to those Lewis constructions of interhalogen compounds. BrF3 and
BrF5..

lone
to those Lewis constructions of interhalogen compounds. BrF3 and
BrF5..

The construction of:

Ideas and motive
The electrons that dont take part in bonding are represented as lone pair electrons. The lone pair electrons are additionally known as valance electrons current within the outermost shell of an atom. To seek out the non bonded pair of electrons, the lone pair electrons are indicated within the construction.

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An instance to point lone pair electrons:
Within the molecule ammonia, nitrogen is bonded with three hydrogens. The digital configuration of nitrogen is. The outermost shell comprises 5 electrons. Hydrogen-3 shares its electron with 2p electron of nitrogen. The remaining 2 electrons are located as lone pair electrons on the nitrogen atom.

Reply

Reply

The construction of:

Dont confuse with the 3d orbital of bromine which isnt counted. It is because 3d shell is absolutely occupied.
Right:
valence electrons.
Unsuitable:
valence electrons.

Discover the full valance electrons current in.

1s2s2p
H
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 3F= 37 3F=21
BrF; = 21 7 BrF= 28
Br = 7
Br = 17
: FBF
: FBF
: :F -Br-F:
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 5F= 57 5F= 35
BrF = 35 7 BrF = 42
Br = 7
Br = 17
: : ;: :- g: : : : :
: : ;: :- g: : : : :
: : :: : g
: FBF
: FBF
F F- Br- F
We had been unable to transcribe this picture
Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5..

The construction of:

The construction of:

The construction of:

Dont forget to point the lone pair electron for central atom.
Right:

The whole valance electrons of is 28, through which 3 fluorine atoms are bonded with bromine. Subsequently, 6 electrons are occupied for bonding. From the remaining 22 electrons, every fluorine atom ought to have at the least 6 valance electrons to finish its octet with bonding. From 22 valance electrons, 18 electrons are equally shared by fluorine and the remaining 4 electrons belong to bromine.

Get Answer for  How many moles of kr are contained in 398 mg of kr [Solved]

Discover the full valance electrons current in.

1s2s2p
H
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 3F= 37 3F=21
BrF; = 21 7 BrF= 28
Br = 7
Br = 17
: FBF
: FBF
: :F -Br-F:
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 5F= 57 5F= 35
BrF = 35 7 BrF = 42
Br = 7
Br = 17
: : ;: :- g: : : : :
: : ;: :- g: : : : :
: : :: : g
: FBF
: FBF
F F- Br- F
We had been unable to transcribe this picture
Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5..

Reply

Dont confuse with the 3d orbital of bromine which isnt counted. It is because 3d shell is absolutely occupied.
Right:
valence electrons.
Unsuitable:
valence electrons.

Discover the full valance electrons current in.

The construction of:

The construction of:

The construction of:

1s2s2p
H
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 3F= 37 3F=21
BrF; = 21 7 BrF= 28
Br = 7
Br = 17
: FBF
: FBF
: :F -Br-F:
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 5F= 57 5F= 35
BrF = 35 7 BrF = 42
Br = 7
Br = 17
: : ;: :- g: : : : :
: : ;: :- g: : : : :
: : :: : g
: FBF
: FBF
F F- Br- F
We had been unable to transcribe this picture
Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5..

Dont forget to point the lone pair electron for central atom.
Right:

The whole valance electrons of is 28, through which 3 fluorine atoms are bonded with bromine. Subsequently, 6 electrons are occupied for bonding. From the remaining 22 electrons, every fluorine atom ought to have at the least 6 valance electrons to finish its octet with bonding. From 22 valance electrons, 18 electrons are equally shared by fluorine and the remaining 4 electrons belong to bromine.

The whole valance electrons of is 42, through which 5 fluorine atoms are bonded with bromine. Subsequently, 10 electrons are occupied for bonding. From the remaining 32 electrons, every fluorine atom ought to have at the least 6 valance electrons to finish its octet with bonding. From 32 valance electrons, 30 electrons are equally shared by fluorine and the remaining 2 electrons belong to bromine.

Get Answer for  can you use apple cider vinegar to dye easter eggs [Solved]

The construction of:

The construction of:

The whole valance electrons of is 42, through which 5 fluorine atoms are bonded with bromine. Subsequently, 10 electrons are occupied for bonding. From the remaining 32 electrons, every fluorine atom ought to have at the least 6 valance electrons to finish its octet with bonding. From 32 valance electrons, 30 electrons are equally shared by fluorine and the remaining 2 electrons belong to bromine.

The construction of:

The construction of:

1s2s2p
H
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 3F= 37 3F=21
BrF; = 21 7 BrF= 28
Br = 7
Br = 17
: FBF
: FBF
: :F -Br-F:
Br = [Ar]3d4s4p Br = 7
F = [He]2s2p 5F= 57 5F= 35
BrF = 35 7 BrF = 42
Br = 7
Br = 17
: : ;: :- g: : : : :
: : ;: :- g: : : : :
: : :: : g
: FBF
: FBF
F F- Br- F
We had been unable to transcribe this picture
Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5.. Add 
lone pairs 
to these Lewis structures of interhalogen compounds. BrF3 and
BrF5..

This post is last updated on hrtanswers.com at Date : 1st of September – 2022