The Silver Lake Reservoir in California is being drained to make way for an underwater pipeline. The reservoir holds 400 million gallons of water, and it is estimated that the drainage will take at least 25 days. If the water is drained at a constant rate, what is the maximum rate of drainage, in millions of gallons per day?

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Identify volume and time frame: Identify the total volume of water to be drained and the minimum time frame for the drainage. The total volume of water in the reservoir is 400 million gallons, and the minimum time frame for the drainage is 25 days.Calculate maximum rate of drainage: Calculate the maximum rate of drainage by dividing the total volume of water by the minimum number of days. Maximum rate of drainage = Total volume of water / Minimum number of days Maximum rate of drainage = 400 million gallons / 25 daysPerform calculation for maximum rate: Perform the calculation to find the maximum rate of drainage. Maximum rate of drainage = 400 / 25 Maximum rate of drainage = 16 million gallons per day

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