7. The fish farm in the homework problem tums out to a per capita death rate...

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7. The fish farm in the homework problem tums out to a per capita death rate & proportional to 1/√P. again assuming that have $(t)= 0. If there were initially, 3600 fish in the fishery and two weeks later there are only 2500 left, how many weeks from the onset of the disease will there be no fish left in the fishery? 7. The fish farm in the homework problem tums out to a per capita death rate & proportional to 1/√P. again assuming that have $(t)= 0. If there were initially, 3600 fish in the fishery and two weeks later there are only 2500 left, how many weeks from the onset of the disease will there be no fish left in the fishery?