Formation of BF3 Molecule
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☺☺hey mate here is ur answer ☺☺
FORMATION OF BF3 MOLECULE :
☆ . B = boran .
☆ . Atomic number of boran is 5.
☆ . Electronic configuration is ls2, 2s2, 2p1 ( ground state ) .
☆ . Boran belongs to 2 nd period .
☆ . Boran belongs to 13th group .
☆ . Excited state electronic configuration of Boran is 1s2, 2s1, 2py1, 2px1.
☆ . F = Flourine .
☆ . Atomic number of flourine is 9 .
☆ . Electronic configuration of flourine is 1s2, 2s2, 2p5.( ground state) .
☆ . flourine belongs to 2 nd period .
☆ . Flourine belongs to 17 th group .
☆ . Excited state electronic configuration of Flourine is 1s2, 2s2, 2px2, 2py2, 2pz1.
☆ . As it forms three identical B-F bonds in BF3.
☆ . Flourine intermixies with boran .
☆ . End -end overlaps and forms BF3 molecule .
HOPE THIS WILL HELP U ✌✌✌
FORMATION OF BF3 MOLECULE :
☆ . B = boran .
☆ . Atomic number of boran is 5.
☆ . Electronic configuration is ls2, 2s2, 2p1 ( ground state ) .
☆ . Boran belongs to 2 nd period .
☆ . Boran belongs to 13th group .
☆ . Excited state electronic configuration of Boran is 1s2, 2s1, 2py1, 2px1.
☆ . F = Flourine .
☆ . Atomic number of flourine is 9 .
☆ . Electronic configuration of flourine is 1s2, 2s2, 2p5.( ground state) .
☆ . flourine belongs to 2 nd period .
☆ . Flourine belongs to 17 th group .
☆ . Excited state electronic configuration of Flourine is 1s2, 2s2, 2px2, 2py2, 2pz1.
☆ . As it forms three identical B-F bonds in BF3.
☆ . Flourine intermixies with boran .
☆ . End -end overlaps and forms BF3 molecule .
HOPE THIS WILL HELP U ✌✌✌
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