Question

Solve this integral: An amount of $5,000 is deposited in a savings account at an interest rate of 10% continuously compounded. At the same time money is withdrawn from the account in constantly at the rate of $2 per day. Solving the governing differential equation, Determine how long it will take for the account balance to reach zero. 

          Solve this integral:

An amount of $5,000 is deposited in a savings account at an interest rate of 10% continuously 
compounded. At the same time money is withdrawn from the account in constantly at the rate of  $2 per day. Solving the governing differential equation, Determine how long it will take for the account balance to reach zero.
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Calculus, Early Transcendentals
Calculus, Early Transcendentals
Michael Sullivan, Kathleen Miranda 1st Edition
Chapter 5
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Solve this integral: An amount of $5,000 is deposited in a savings account at an interest rate of 10% continuously compounded. At the same time money is withdrawn from the account in constantly at the rate of $2 per day. Solving the governing differential equation, Determine how long it will take for the account balance to reach zero.
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