NEET Exam > NEET Questions > In BF3 , B-F bond length is 1.30A , where BF3...
Start Learning for Free
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none?
Verified Answer
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated...
The answer is a.
In BF3, there is back bonding in between fluorinc and boron due to presence of p-orbital in boron.
In BF3, there is back bonding in between fluorinc and boron due to presence of p-orbital in boron.
back bonding imparts double bond characteristics.
As BF3 forms adjuct the back bonding is no longer present and thus double bond characteristic disappears. Hence, bond becomes a bit longer than earlier ( 1.30 A).
This question is part of UPSC exam. View all NEET courses
Most Upvoted Answer
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated...
The answer is a.
In BF3, there is back bonding in between fluorinc and boron due to presence of p-orbital in boron.
In BF3, there is back bonding in between fluorinc and boron due to presence of p-orbital in boron.
back bonding imparts double bond characteristics.
As BF3 forms adjuct the back bonding is no longer present and thus double bond characteristic disappears. Hence, bond becomes a bit longer than earlier ( 1.30 A).
Community Answer
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated...
Answer:
To determine the bond length of B-F in the adduct Me3N-BF3, we need to consider the bonding characteristics and the electronic structure of the molecules involved.
Bond Length in BF3:
The B-F bond length in BF3 is given as 1.30 Å.
Formation of Me3N-BF3 Adduct:
When BF3 reacts with Me3N (trimethylamine), it forms an adduct called Me3N-BF3. This adduct is formed due to the coordination of the lone pair of electrons on the nitrogen atom with the vacant orbital of the boron atom in BF3.
Effect of Adduct Formation on B-F Bond Length:
The formation of the adduct Me3N-BF3 involves the sharing of electrons between the nitrogen and boron atoms. This sharing of electrons leads to the formation of a coordinate covalent bond between the two atoms.
The bond length of the B-F bond in the adduct is expected to be shorter than the bond length in the original BF3 molecule. This is because the formation of the coordinate covalent bond involves the donation of electron density from the nitrogen atom to the boron atom, resulting in a stronger bond.
Comparison of Bond Lengths:
Given that the B-F bond length in BF3 is 1.30 Å, we can conclude that the bond length of B-F in the Me3N-BF3 adduct is smaller than 1.30 Å.
Summary:
In summary, the bond length of B-F in the Me3N-BF3 adduct is smaller than 1.30 Å. This is due to the formation of a coordinate covalent bond between the nitrogen and boron atoms, resulting in a stronger bond.
To determine the bond length of B-F in the adduct Me3N-BF3, we need to consider the bonding characteristics and the electronic structure of the molecules involved.
Bond Length in BF3:
The B-F bond length in BF3 is given as 1.30 Å.
Formation of Me3N-BF3 Adduct:
When BF3 reacts with Me3N (trimethylamine), it forms an adduct called Me3N-BF3. This adduct is formed due to the coordination of the lone pair of electrons on the nitrogen atom with the vacant orbital of the boron atom in BF3.
Effect of Adduct Formation on B-F Bond Length:
The formation of the adduct Me3N-BF3 involves the sharing of electrons between the nitrogen and boron atoms. This sharing of electrons leads to the formation of a coordinate covalent bond between the two atoms.
The bond length of the B-F bond in the adduct is expected to be shorter than the bond length in the original BF3 molecule. This is because the formation of the coordinate covalent bond involves the donation of electron density from the nitrogen atom to the boron atom, resulting in a stronger bond.
Comparison of Bond Lengths:
Given that the B-F bond length in BF3 is 1.30 Å, we can conclude that the bond length of B-F in the Me3N-BF3 adduct is smaller than 1.30 Å.
Summary:
In summary, the bond length of B-F in the Me3N-BF3 adduct is smaller than 1.30 Å. This is due to the formation of a coordinate covalent bond between the nitrogen and boron atoms, resulting in a stronger bond.
Attention NEET Students!
To make sure you are not studying endlessly, EduRev has designed NEET study material, with Structured Courses, Videos, & Test Series. Plus get personalized analysis, doubt solving and improvement plans to achieve a great score in NEET.
|
|
Explore Courses for NEET exam
|
|
Top Courses for NEETView all
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none?
Question Description
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none?.
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none?.
Solutions for In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? in English & in Hindi are available as part of our courses for NEET.
Download more important topics, notes, lectures and mock test series for NEET Exam by signing up for free.
Here you can find the meaning of In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? defined & explained in the simplest way possible. Besides giving the explanation of
In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none?, a detailed solution for In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? has been provided alongside types of In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? theory, EduRev gives you an
ample number of questions to practice In BF3 , B-F bond length is 1.30A , where BF3 is allowed to be treated with Me3N, it forms an adduct , Me3N-BF3, the bond length of B-F in the adduct is a)Greater than 1.30A b)Smaller than 1.30A 3)equal to 1.30A 4)none? tests, examples and also practice NEET tests.
|
|
Explore Courses for NEET exam
|
|
Suggested Free Tests
Signup for Free!
Signup to see your scores go up within 7 days! Learn & Practice with 1000+ FREE Notes, Videos & Tests.
|
© EduRev
|
Education Revolution
|
Follow Us
|
Signup to see your scores
go up within 7 days!
Access 1000+ FREE Docs, Videos and Tests
Takes less than 10 seconds to signup