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Identify the correct statements for B2H6 from those given below:
(A) In B2H6, all B-H bonds are equivalent.
(B) In B2H6, there are four 3-centre-2-electron bonds.
(C) B2H6 is a Lewis acid.
(D) B2H6 can be synthesized from both BF3 and NaBH4.
(E) B2H6 is a planar molecule.
Choose the most appropriate answer from the options given below:
(A) In B2H6, all B-H bonds are equivalent.
(B) In B2H6, there are four 3-centre-2-electron bonds.
(C) B2H6 is a Lewis acid.
(D) B2H6 can be synthesized from both BF3 and NaBH4.
(E) B2H6 is a planar molecule.
Choose the most appropriate answer from the options given below:
- a)(A) and (E) only
- b)(B), (C) and (E) only
- c)(C) and (D) only
- d)(C) and (E) only
Correct answer is option 'C'. Can you explain this answer?
Most Upvoted Answer
Identify the correct statements for B2H6from those given below:(A) In ...
The correct statements for B2H6 are (C) and (D) only.
(C) B2H6 is a Lewis acid:
A Lewis acid is a species that can accept an electron pair from a Lewis base. B2H6 can act as a Lewis acid because it has an electron-deficient boron atom that can accept a pair of electrons.
(D) B2H6 can be synthesized from both BF3 and NaBH4:
B2H6 can be synthesized from BF3 by reacting it with LiAlH4. The reaction proceeds as follows:
BF3 + LiAlH4 → AlH3 + LiBF4
AlH3 + B2H6 → 2BH3 + Al
B2H6 can also be synthesized from NaBH4 by reacting it with BF3 etherate. The reaction proceeds as follows:
NaBH4 + BF3 etherate → NaBF4 + B2H6
The incorrect statements are:
(A) In B2H6, all B-H bonds are equivalent:
In B2H6, the B-H bonds are not equivalent. The molecule has a three-center, two-electron bond, also known as a banana bond, where two hydrogen atoms bond with one boron atom. These bonds are weaker and longer than typical B-H bonds.
(B) In B2H6, there are four 3-centre-2-electron bonds:
In B2H6, there are a total of six 3-center, 2-electron bonds. Each boron atom forms three such bonds with hydrogen atoms, resulting in a total of six bonds.
(E) B2H6 is a planar molecule:
B2H6 is not a planar molecule. It adopts a three-dimensional structure with a D2h symmetry. It has a puckered structure where the two boron atoms are not in the same plane.
(C) B2H6 is a Lewis acid:
A Lewis acid is a species that can accept an electron pair from a Lewis base. B2H6 can act as a Lewis acid because it has an electron-deficient boron atom that can accept a pair of electrons.
(D) B2H6 can be synthesized from both BF3 and NaBH4:
B2H6 can be synthesized from BF3 by reacting it with LiAlH4. The reaction proceeds as follows:
BF3 + LiAlH4 → AlH3 + LiBF4
AlH3 + B2H6 → 2BH3 + Al
B2H6 can also be synthesized from NaBH4 by reacting it with BF3 etherate. The reaction proceeds as follows:
NaBH4 + BF3 etherate → NaBF4 + B2H6
The incorrect statements are:
(A) In B2H6, all B-H bonds are equivalent:
In B2H6, the B-H bonds are not equivalent. The molecule has a three-center, two-electron bond, also known as a banana bond, where two hydrogen atoms bond with one boron atom. These bonds are weaker and longer than typical B-H bonds.
(B) In B2H6, there are four 3-centre-2-electron bonds:
In B2H6, there are a total of six 3-center, 2-electron bonds. Each boron atom forms three such bonds with hydrogen atoms, resulting in a total of six bonds.
(E) B2H6 is a planar molecule:
B2H6 is not a planar molecule. It adopts a three-dimensional structure with a D2h symmetry. It has a puckered structure where the two boron atoms are not in the same plane.
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Identify the correct statements for B2H6from those given below:(A) In ...
Structure of B2H6:
It has two 3-centre-2-electron bonds and four 2-centre-2-electron bonds.
Hence, all B-H bonds are not equivalent.
It is an electron deficient compound as the octet of boron is incomplete.
Hence, it can behave as a Lewis acid.
It can be synthesized from both BF3 and NaBH4.
It is a non-planar molecule.
Hence, only statements (C) and (D) are correct.
It has two 3-centre-2-electron bonds and four 2-centre-2-electron bonds.
Hence, all B-H bonds are not equivalent.
It is an electron deficient compound as the octet of boron is incomplete.
Hence, it can behave as a Lewis acid.
It can be synthesized from both BF3 and NaBH4.
It is a non-planar molecule.
Hence, only statements (C) and (D) are correct.
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Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? for JEE 2025 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for JEE 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer?.
Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? for JEE 2025 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for JEE 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer?.
Solutions for Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for JEE.
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Here you can find the meaning of Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer?, a detailed solution for Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? has been provided alongside types of Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Identify the correct statements for B2H6from those given below:(A) In B2H6, all B-H bonds are equivalent.(B) In B2H6, there are four 3-centre-2-electron bonds.(C) B2H6is a Lewis acid.(D) B2H6can be synthesized from both BF3and NaBH4.(E) B2H6is a planar molecule.Choose the most appropriate answer from the options given below:a)(A) and (E) onlyb)(B), (C) and (E) onlyc)(C) and (D) onlyd)(C) and (E) onlyCorrect answer is option 'C'. Can you explain this answer? tests, examples and also practice JEE tests.
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