A carbon atom with 50% s-character in its hybrid orbital is more electronegative than one with sp² o

Q: What is the correct answer for NCERT11?

The correct answer is A. The document states, 'The greater the s character of the hybrid orbitals, the greater is the electronegativity. Thus, a carbon atom having an sp hybrid orbital with 50% s character is more electronegative than that possessing sp² or sp³ hybridised orbitals.' Increased s-character means the electrons are held closer to the nucleus, increasing electronegativity.

Q: A carbon atom with 50% s-character in its hybrid orbital is more electronegative than one with sp² or sp³ hybrid orbitals. This statement is:

The correct answer is A. The document states, 'The greater the s character of the hybrid orbitals, the greater is the electronegativity. Thus, a carbon atom having an sp hybrid orbital with 50% s character is more electronegative than that possessing sp² or sp³ hybridised orbitals.' Increased s-character means the electrons are held closer to the nucleus, increasing electronegativity.

Q: What are the options for this NCERT11 question?

A. True, due to increased proximity to the nucleus. · B. False, electronegativity is independent of s-character. · C. True, but only for carbon-hydrogen bonds. · D. False, sp³ hybridized carbon is most electronegative.

Question

A carbon atom with 50% s-character in its hybrid orbital is more electronegative than one with sp² or sp³ hybrid orbitals. This statement is:

FirstInTest · Accepted Answer

The document states, 'The greater the s character of the hybrid orbitals, the greater is the electronegativity. Thus, a carbon atom having an sp hybrid orbital with 50% s character is more electronegative than that possessing sp² or sp³ hybridised orbitals.' Increased s-character means the electrons are held closer to the nucleus, increasing electronegativity.

Answer

True, due to increased proximity to the nucleus.

Answer

False, electronegativity is independent of s-character.

Answer

True, but only for carbon-hydrogen bonds.

Answer

False, sp³ hybridized carbon is most electronegative.

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