Assignment Descriptions: In this programming project (as an induvial project, with no collaboration is allowed with anyone, either in this class or outside of this class), we will develop "Compound Interest Calculator" using a recursive subroutine structure in the MIPS assembly instruction set for calculating and displaying the number of years to reach a target balance, as well as the account balance in each year. Compound interest is calculated using the following formula: a(+1)= a(x) + (α) x R) where n represents the number of years after the principal was deposited (n ≥ 1), α= the principal and R is the fixed annual interest rate (0.0<R< 1.0). Assignment Requirements: Requirement 1: Your submitted *.asm source code file should work for the PC-SPIM posted to the course home (the course home for CS286-001/002, Fall 2023). It is each student's responsibility to develop a *.asm source code file for that particular PC-SPIM. Requirement 2: In using your "Compound Interest Calculator", you specify four input parameters of P, T, R, and N. The first parameter, P, is the principal (in S amount), while I' is the target balance (in $ amount). R is the fixed interest rate (0.0<R<1.0). Your program should display the account balance for each of the last N years before your target balance is reached (or exceeded). Enter the principal: $1000.4 Enter the interest rate (0.01 for 1%): 0.04 Enter the target balance: $1512.6 Number of the last years for display: 3 Requirement 3: Your program should display the number of years needed to reach (or exceed) the target balance in the number of years in the descending order of the number of the years (counting the first year the principal is deposited as "year 1") in an integer. year 11: 1540.06909180 year 10: 1480.83569336 year 9: 1423.88049316 It takes 11 years/nRequirement 4: After your program starts, it should display the balance only for the last N years before it reaches (or exceeds) the target balance in the single-precision fraction number (as shown in the figure for Requirement #2. Requirement 5: In your program, account balance must be calculated by recursive subroutine call(s). Any submission that does not calculate the compound interest without using a recursive structure will NOT be graded. Requirement 6: This project requires each submission to follow the standard recursive structure, as described in the followings: Stack main: jal xyz jr $31 Stack Frame for "xyz(3)" Stack Frame for "xyz(2)" Stack Frame for "xyz(1)" Stack Frame for "main" xyz: jal xyz jr Sra xyz: jal xyz jr Sra xyz: jal xyz jr Sra (a) The main can call one recursive module, where the "recursive module" is defined as a sequence of the instruction which starts at the instruction called by "jal" instruction and ends at the (only) "jr Sra" instruction. (b) At the top of the recursive module, all the registers, except those that have a reason, should be saved to the stack in a stack frame. (c) There must be exactly one "jal" in your recursive module, which recursively call the (same) recursive module. (e) "jr Sra" instruction can appear at the end of the recursive module. (f) Only one *.asm source code file can be submitted. (d) At the end of the recursive module, all the registers that are saved at the top of the recursive module should be restored.

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Assignment Descriptions: In this programming project (as an induvial project, with no collaboration is allowed with anyone, either in this class or outside of this class), we will develop "Compound Interest

Calculator" using a recursive subroutine structure in the MIPS assembly instruction set for calculating and displaying the number of years to reach a target balance, as well as the account balance in each year. Compound interest is calculated using the following formula: a(+1)= a(x) + (α) x R) where n represents the number of years after the principal was deposited (n ≥ 1), α= the principal and R is the fixed annual interest rate (0.0