Question:
Molecular formula of sulphur at ordinary temperature is:
Molecular formula of sulphur at ordinary temperature is:
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Sulphur commonly exists as S\(_8\) molecules at room temperature, forming a crown-shaped cyclic structure.
Updated On: Oct 7, 2025
- S\(_2\)
- S\(_4\)
- S\(_6\)
- S\(_8\)
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The Correct Option is D
Solution and Explanation
Step 1: Physical state of sulphur.
At ordinary temperature, sulphur exists in the solid state. Its most stable form is rhombic sulphur.
Step 2: Molecular structure.
In rhombic sulphur, each molecule consists of 8 sulphur atoms forming a puckered ring (crown shape). Hence, its molecular formula is S\(_8\).
Step 3: Conclusion.
Therefore, the correct molecular formula of sulphur at ordinary temperature is (D) S\(_8\).
At ordinary temperature, sulphur exists in the solid state. Its most stable form is rhombic sulphur.
Step 2: Molecular structure.
In rhombic sulphur, each molecule consists of 8 sulphur atoms forming a puckered ring (crown shape). Hence, its molecular formula is S\(_8\).
Step 3: Conclusion.
Therefore, the correct molecular formula of sulphur at ordinary temperature is (D) S\(_8\).
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