Can someone please explain it to me ASAP???!!!! Special First-order Linear Differential Equations Consider a loan repayment plan described by the following initial value problem, where the amount borrowed is B(0) = $30,000, the monthly payments are $200, andB) is the unpaid balance of the loan. Use the initial value problem to answer parts a through c.B'(t) = 0,02B – 200, B(0) = 30,000...a) Find the solution of the initial value problem and explain why B is an increasing solution.B(t) = 20,000 e 0.021 + 10,000Why is B an increasing function?O A. The function is increasing because it is an exponential function with a positive exponent.O B. The function is increasing because it is an exponential function with a positive coefficient and a negative exponent.C. The function is increasing because it is an exponential function with a positive coefficient and a positive exponent.O D. The function is increasing because it is an exponential function with a positive coefficient.b) What is the most that you can borrow under the terms of this loan without going further into debt each month?The most you could borrow is S(1/1)(1/1)Help me solve thisView an exampleGet more help -Clear allCheck answerDELLEscF3F4F5F6F7F9PriscrF10F11F12*:#$&123468.TabWERYPCaps LockADGJKShiftCVBNMFnAltAltpiron 24 5000 2--1מאN

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Consider a loan repayment plan described by the following initial value problem, where the amount borrowed is B(0) = $30,000, the monthly payments are $200, and B(t) is the unpaid balance of the loan. Use the initial value problem to answer parts a through c. B'() = 0.028- 200, B(0) = 30,000 a) Find the solution of the initial value problem and explain why B is an increasing solution. 0.021 B(t)= 20,000 e° + 10,000

Consider a loan repayment plan described by the following initial value problem, where the amount borrowed is B(0) = $30,000, the monthly payments are $200, and B(t) is the unpaid balance of the loan. Use the initial value problem to answer parts a through c. B'() = 0.028- 200, B(0) = 30,000 a) Find the solution of the initial value problem and explain why B is an increasing solution. 0.021 B(t)= 20,000 e° + 10,000

Calculus: Early Transcendentals

8th Edition

ISBN:9781285741550

Author:James Stewart

Publisher:James Stewart

Chapter1: Functions And Models

Section: Chapter Questions

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...

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