1.

If S be the curved surface area of a sphere and V be the volume of that sphere, then the relation between V and S of the sphere will be1. 36πV2 = S32. 64πV2 = S33. 64πV2 = S24. 36πV2 = S2

Answer» Correct Answer - Option 1 : 36πV2 = S3

Given:

The curved surface area of sphere = S

The volume of a sphere = V

Formula used:

The curved surface area of a sphere = 4π r2

The volume of sphere = 4π r3/3

Calculations:

V = 4π r3/3

S = 4π r2

S³ =  (4 πR²)³ = 64 π³ R⁶

Volume of Sphere = V = (4/3)πR³

V² = ((4/3)πR³)² = (16/9)π2R⁶

S³/V² = (64 π³ R⁶) /((16/9)π²R⁶)

⇒  S³/V² = 36π

∴ The relation between V and S of the sphere will be  s3 = 36 π V2



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