Question: Consider a loan repayment plan described by the initial value problem where the amount borrowed is B(0) = + $40,000, the monthly payments are $600,

Consider a loan repayment plan described by the initial value problem


B' (t) = 0.03B-600, B(0) = 40,000,


where the amount borrowed is B(0) = + $40,000, the monthly payments are $600, and B(t) is the unpaid balance in the loan.a. Find the solution of the initial value problem and explain why B is an increasing function.b. What is the most that you can borrow under the terms of this loan without going further into debt each month?c. Now consider the more general loan repayment plan described by the initial value problem


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where r > 0 reflects the interest rate, m > 0 is the monthly payment, and B> 0 is the amount borrowed. In terms of m and r, what is the maximum amount B0 that can be borrowed without going further into debt each month?

B' (t) = 0.03B-600, B(0) = 40,000,

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a To solve the initial value problem Bt 003B 600 B0 40000 we can rearrange the equation to isolate the variable B Bt 003B 600 This is a firstorder lin... View full answer

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