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Jim's Years to Accumulate Jim often counsels customers at his bank. He needs a computer program that will calculate the number of years (Y) it will take to accumulate a specified future amount (S) of money based on a given initial deposit (D) and specified interest rate (R). Assume interest compounds annually. The number of years (Y) is the number of years required for the actual amount (A) to equal or exceed the specified future amount (S). Here is the variable legend: Variable Legend S = Specified Future Amount D = Initial Deposit R = Interest Rate A = Actual Future Amount Y = Number of Years Use this formula to calculate A: A = D * (1 + R/100)^y The Actual Future Amount (A) is = Initial Deposit (D) after (Y) years at a Rate (R) Draw a flowchart for an algorithm to produce the answers. Your flowchart should input S, D, and R. The algorithm should output S, D, R, A, and Y. Use looping (i.e., "repetition" or "iteration") in your program. Using the example inputs shown below, create a loop termination table with appropriate values to demonstrate that your algorithm uses a correct loop termination condition. Include this table with your flowchart in your answer. Example inputs for Loop Termination Table: Jim's Years to Accumulate Jim often counsels customers at his bank. He needs a computer program that will calculate the number of years (Y) it will take to accumulate a specified future amount (S) of money based on a given initial deposit (D) and specified interest rate (R). Assume interest compounds annually. The number of years (Y) is the number of years required for the actual amount (A) to equal or exceed the specified future amount (S). Here is the variable legend: Variable Legend S = Specified Future Amount D = Initial Deposit R = Interest Rate A = Actual Future Amount Y = Number of Years Use this formula to calculate A: A = D * (1 + R/100)^y The Actual Future Amount (A) is = Initial Deposit (D) after (Y) years at a Rate (R) Draw a flowchart for an algorithm to produce the answers. Your flowchart should input S, D, and R. The algorithm should output S, D, R, A, and Y. Use looping (i.e., "repetition" or "iteration") in your program. Using the example inputs shown below, create a loop termination table with appropriate values to demonstrate that your algorithm uses a correct loop termination condition. Include this table with your flowchart in your answer. Example inputs for Loop Termination Table