Fluid flowing in a sphere and leaving

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The discussion focuses on the flow of fluid from a sphere and whether the flow rate changes over time or is solely determined by the initial height of the liquid. It is suggested that the flow rate is indeed time-dependent, necessitating integration to accurately describe the flow. The equation for the volume of a partially filled liquid is also examined for correctness. The relationship between fluid height and flow is emphasized, highlighting that the pressure at the bottom decreases as the height diminishes. Overall, the analysis underscores the importance of height in determining fluid dynamics in this scenario.
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Just checking if this is correct, and if the equation in part c implies that the flow rate out changes with time, or is just based off the initial height..I think it changes and therefore requires this integration. Also, I looked up the equation for the volume of a liquid that is not filled up, not sure if it is correct or not
 

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The flow always depends on the current height, of course - benzene has no "memory" of some initial height. The physical reason for the height-dependence is the pressure at the bottom, which drops with a reduced height.
 

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