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10 Nov 2019
DIFFERENTIAL EQUATIONS
(1 pt) A tank contains 1420 L of pure water Solution that contains 0.07 kg of sugar per liter enters the tank at the rate 6 L/min, and is thoroughly mixed into it The new solution drains out of the tank at the same rate. (a) How much sugar is in the tank at the beginning? (b) Find the amount of sugar after t minutes. (c) As t becomes large, what value is y(t) approaching ? In other words, calculate the following limit.
DIFFERENTIAL EQUATIONS
(1 pt) A tank contains 1420 L of pure water Solution that contains 0.07 kg of sugar per liter enters the tank at the rate 6 L/min, and is thoroughly mixed into it The new solution drains out of the tank at the same rate. (a) How much sugar is in the tank at the beginning? (b) Find the amount of sugar after t minutes. (c) As t becomes large, what value is y(t) approaching ? In other words, calculate the following limit.
Nelly StrackeLv2
19 Sep 2019