Exam 8: Mathematical Modeling With Differential Equations

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Suppose Suppose   , find the value of the slope field at   . , find the value of the slope field at Suppose   , find the value of the slope field at   . .

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Use Euler's method with the step size of Use Euler's method with the step size of   to compute the approximate solution to the initial-value problem   at   . to compute the approximate solution to the initial-value problem Use Euler's method with the step size of   to compute the approximate solution to the initial-value problem   at   . at Use Euler's method with the step size of   to compute the approximate solution to the initial-value problem   at   . .

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Solve the initial-value problem. Solve the initial-value problem.

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Use Euler's method with the step size of Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . to approximate solution to the initial-value problem Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . at Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . .

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Use Euler's method with the step size of Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . to approximate solution to the initial-value problem Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . at Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . .

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What is the solution to the following differential equation? What is the solution to the following differential equation?

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Solve the initial-value problem. Solve the initial-value problem.

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Solve the initial-value problem. Solve the initial-value problem.

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Use Euler's method with the step size of Use Euler's method with the step size of   to compute the approximate solution to the initial-value problem   at   . Round your answer to six decimal places if need be. to compute the approximate solution to the initial-value problem Use Euler's method with the step size of   to compute the approximate solution to the initial-value problem   at   . Round your answer to six decimal places if need be. at Use Euler's method with the step size of   to compute the approximate solution to the initial-value problem   at   . Round your answer to six decimal places if need be. . Round your answer to six decimal places if need be.

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Solve the initial-value problem. Solve the initial-value problem.

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Solve the initial-value problem. Solve the initial-value problem.

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If If   the situation modeled is the situation modeled is

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Find the exponential growth model Find the exponential growth model   that satisfies   , if the doubling time is   years. that satisfies Find the exponential growth model   that satisfies   , if the doubling time is   years. , if the doubling time is Find the exponential growth model   that satisfies   , if the doubling time is   years. years.

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Solve the following initial-value problem. Solve the following initial-value problem.

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Use Euler's method with the step size of Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . to approximate solution to the initial-value problem Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . at Use Euler's method with the step size of   to approximate solution to the initial-value problem   at   . .

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For radioactive carbon-14, For radioactive carbon-14,   If 330 g of carbon exist today in a sealed container, how many grams of carbon-14 will be left after   years? Round your answer to 6 decimal places. If 330 g of carbon exist today in a sealed container, how many grams of carbon-14 will be left after For radioactive carbon-14,   If 330 g of carbon exist today in a sealed container, how many grams of carbon-14 will be left after   years? Round your answer to 6 decimal places. years? Round your answer to 6 decimal places.

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A tank initially contains A tank initially contains   gal of pure water. At time   a solution containing   oz of dissolved salt per gal flows into the tank at   gal/min. The well stirred mixture is pumped out of the tank at the same rate. Write down an expression for the amount of salt in the tank at any time. How much salt is present at the end of   minutes? gal of pure water. At time A tank initially contains   gal of pure water. At time   a solution containing   oz of dissolved salt per gal flows into the tank at   gal/min. The well stirred mixture is pumped out of the tank at the same rate. Write down an expression for the amount of salt in the tank at any time. How much salt is present at the end of   minutes? a solution containing A tank initially contains   gal of pure water. At time   a solution containing   oz of dissolved salt per gal flows into the tank at   gal/min. The well stirred mixture is pumped out of the tank at the same rate. Write down an expression for the amount of salt in the tank at any time. How much salt is present at the end of   minutes? oz of dissolved salt per gal flows into the tank at A tank initially contains   gal of pure water. At time   a solution containing   oz of dissolved salt per gal flows into the tank at   gal/min. The well stirred mixture is pumped out of the tank at the same rate. Write down an expression for the amount of salt in the tank at any time. How much salt is present at the end of   minutes? gal/min. The well stirred mixture is pumped out of the tank at the same rate. Write down an expression for the amount of salt in the tank at any time. How much salt is present at the end of A tank initially contains   gal of pure water. At time   a solution containing   oz of dissolved salt per gal flows into the tank at   gal/min. The well stirred mixture is pumped out of the tank at the same rate. Write down an expression for the amount of salt in the tank at any time. How much salt is present at the end of   minutes? minutes?

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