A slurry from a mineral processing operation contains particles of various sizes with the smallest being $1\mathrm{.}0$ x $10-5$ m in diameter. The slurry flows into a thickener at a rate of $33,000,000$ gallons per day. The thickener can be approximated as a cylinder $400$ ft in diameter and $20$ ft deep. In order to remain in the thickener and discharge from the underflow, the particles must settle at least $12$ ft$.$ Will any of the particles overflow the thickener? Assume the specific gravities of the particles and water are $2\mathrm{.}65$ and $1\mathrm{.}0$ respectively.A slurry from a mineral processing operation contains particles of various sizes with the smallest being $1\mathrm{.}0{10}^{-5}m$ in diameter. The slurry flows into a thickener at a rate of $33,000,000$ gallons per day. The thickener can be approximated as a cylinder $400ft$ in diameter and $20ft$ deep. In order to remain in the thickener and discharge from the underflow, the particles must settle at least $12ft.$ Will any of the particles overflow the thickener? Assume the specific gravities of the particles and water are $2\mathrm{.}65$ and $1\mathrm{.}0$ respectively.