Why does borontrifluori.de behave as a Lewis acid?

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Pursuing Civil Engineering from NIT Patna.Working at Robotic Club NIT Patna.

In BF3 boron has electron deficiency and it can accepts electrons.so according to Lewis acid theory it behaves as acid.
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Chemistry Lecturer

Because it accept pair of electrons..
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Tutor

BF3, atom B has only six electrons sharing with the F atoms. So it is an electron deficient compound and so it is a lewis acid.
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Trainer

in BF3 , B has only 6 electron, ie octet is not completed, so bf3 can accept lone pair.therefore it behaves as lewis acid
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In BF3, central atom has only six electrons after sharing with the electrons of the F atoms. It is an electron deficient compound and thus behaves as a Lewis acid.
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IIT JEE/NEET LEVEL COMPETITIVE COACHING WITH 24 YEARS OF EXPERIENCE

In Borantrifluoride boran is with vacant orbital according to Lewis theory the elements ir ions with vacant orbitals act as Lewis acids
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ChemScholar

Because it is electron deficient compund as the octet of boron is not satisfied
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Because Boron is 13th group element and it is trivalent.. after forming three bonds with fluorine, the total number of electrons will be 6. Therefore to complete the octet configuration, it will accept a pair of electrons. According to Lewis concept, electron pair acceptors are called Acids.. so BF3...
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Because Boron is 13th group element and it is trivalent.. after forming three bonds with fluorine, the total number of electrons will be 6. Therefore to complete the octet configuration, it will accept a pair of electrons. According to Lewis concept, electron pair acceptors are called Acids.. so BF3 is acting as Lewis acid.. read less
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Because Boron is 13th group element and it is trivalent.. after forming three bonds with fluorine, the total number of electrons will be 6. Therefore to complete the octet configuration, it will accept a pair of electrons. According to Lewis concept, electron pair acceptors are called Acids.. so BF3...
read more
Because Boron is 13th group element and it is trivalent.. after forming three bonds with fluorine, the total number of electrons will be 6. Therefore to complete the octet configuration, it will accept a pair of electrons. According to Lewis concept, electron pair acceptors are called Acids.. so BF3 is acting as Lewis acid.. read less
Comments

Because Boron is 13th group element and it is trivalent.. after forming three bonds with fluorine, the total number of electrons will be 6. Therefore to complete the octet configuration, it will accept a pair of electrons. According to Lewis concept, electron pair acceptors are called Acids.. so BF3...
read more
Because Boron is 13th group element and it is trivalent.. after forming three bonds with fluorine, the total number of electrons will be 6. Therefore to complete the octet configuration, it will accept a pair of electrons. According to Lewis concept, electron pair acceptors are called Acids.. so BF3 is acting as Lewis acid.. read less
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