A) \[\frac{V}{Sh}g\]
B) \[g\]
C) Zero
D) \[\frac{Sh}{V}g\]
Correct Answer: D
Solution :
[d] Let the density of water be p, then the force by escaping liquid on container\[=\rho S{{\left( \sqrt{2gh} \right)}^{2}}\] \[\therefore \] Acceleration of container \[a=\frac{2\rho Sgh-\mu \rho Vg}{\rho V}=\left( \frac{2Sh}{V}-\mu \right)g\] Now, \[\mu =\frac{Sh}{V}\] \[\therefore \,\,a=\frac{Sh}{V}g\]
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