Assertion :When two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. Reason: Dimer form of OF molecules $(i . e ., O_{2} F_{2})$ is having one peroxy linkage in its structure.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion

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Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion

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Assertion is correct but Reason is incorrect

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Both Assertion and Reason are incorrect

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Solution

The correct option is C Assertion is correct but Reason is incorrect
When two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. this is correct options and reason Dimer form of OF molecules (i.e., $O_{2} F_{2}$ ) is having one peroxy linkage in its structure.is incorrect

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Assertion :When two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. Reason: Dimer form of OF molecules (i.e.,O2F2) is having one peroxy linkage in its structure.

The correct option is C Assertion is correct but Reason is incorrectWhen two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. this is correct options and reason Dimer form of OF molecules (i.e.,O2F2) is having one peroxy linkage in its structure.is incorrect

When two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. this is correct options and reason Dimer form of OF molecules (i.e.,O2F2) is having one peroxy linkage in its structure.is incorrect

Assertion :When two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. Reason: Dimer form of OF molecules $(i . e ., O_{2} F_{2})$ is having one peroxy linkage in its structure.

When two gaseous OF molecules are allowed to cool, then they undergo dimerisation through O-atom. this is correct options and reason Dimer form of OF molecules (i.e., $O_{2} F_{2}$ ) is having one peroxy linkage in its structure.is incorrect