If the time period $$(T)$$ of vibration of a liquid drop depends on surface tension $$(S)$$, radius $$(r)$$ of the drop and density $$(\rho )$$ of the liquid, then the expression of $$T$$ is [AMU (Med.) 2000]

Question

If the time period $$(T)$$  of vibration of a liquid drop depends on surface tension $$(S)$$, radius $$(r)$$  of the drop and density $$(\rho )$$ of the liquid, then the expression of $$T$$ is                    [AMU (Med.) 2000]

TuteeHUB · Accepted Answer

$$T=k\sqrt{{{\rho }^{1/2}}{{r}^{3}}/S}$$

TuteeHUB · Answer

$$T=k\sqrt{\rho {{r}^{3}}/S}$$

TuteeHUB · Answer

$$T=k\sqrt{\rho {{r}^{3}}/{{S}^{1/2}}}$$

TuteeHUB · Answer

None of these

1.	If the time period \[(T)\] of vibration of a liquid drop depends on surface tension \[(S)\], radius \[(r)\] of the drop and density \[(\rho )\] of the liquid, then the expression of \[T\] is [AMU (Med.) 2000]
A.	\[T=k\sqrt{\rho {{r}^{3}}/S}\]
B.	\[T=k\sqrt{{{\rho }^{1/2}}{{r}^{3}}/S}\]
C.	\[T=k\sqrt{\rho {{r}^{3}}/{{S}^{1/2}}}\]
D.	None of these
Answer» B. \[T=k\sqrt{{{\rho }^{1/2}}{{r}^{3}}/S}\]

If the time period \[(T)\] of vibration of a liquid drop depends on surface tension \[(S)\], radius \[(r)\] of the drop and density \[(\rho )\] of the liquid, then the expression of \[T\] is [AMU (Med.) 2000]

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