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In CO,, C is sp hybridised using s and p orbitals then : (1) CO, is present in YZ plane (2) CO, is not present in XY plane (3) P, orbital of O is used for o bonding (4) CO, is present in infinite planes?
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In CO,, C is sp hybridised using s and p orbitals then : (1) CO, is pr...
Explanation:

Hybridization of CO2:
- Carbon in CO2 is sp hybridized using s and p orbitals.

Orientation of CO2:
- Due to sp hybridization, the two oxygen atoms in CO2 lie in a straight line along the YZ plane.

Presence of CO2 in XY plane:
- Since the molecule lies in the YZ plane, it is not present in the XY plane.

Orbital used for bonding:
- The p orbital of oxygen is used for bonding with the sp hybridized carbon atom in CO2.

Infinite planes of CO2:
- CO2 does not form infinite planes. It is a linear molecule with a fixed orientation in the YZ plane due to the sp hybridization of carbon.
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In CO,, C is sp hybridised using s and p orbitals then : (1) CO, is present in YZ plane (2) CO, is not present in XY plane (3) P, orbital of O is used for o bonding (4) CO, is present in infinite planes?
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In CO,, C is sp hybridised using s and p orbitals then : (1) CO, is present in YZ plane (2) CO, is not present in XY plane (3) P, orbital of O is used for o bonding (4) CO, is present in infinite planes? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about In CO,, C is sp hybridised using s and p orbitals then : (1) CO, is present in YZ plane (2) CO, is not present in XY plane (3) P, orbital of O is used for o bonding (4) CO, is present in infinite planes? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In CO,, C is sp hybridised using s and p orbitals then : (1) CO, is present in YZ plane (2) CO, is not present in XY plane (3) P, orbital of O is used for o bonding (4) CO, is present in infinite planes?.
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