Consider the following pseudocode involving arithmetic operations with variables in memory. B = = F * J X = A + B - K W = (X + 4) / C Prepare a source file lab1.s with a complete program in Nios II assembly language that implements the pseudocode above. The program should write to variables in memory to reflect the pseudocode specification. Use appropriate directives to position the executable code at memory address Ox20 and the data at memory address 0x3000 (the_start label identifies the first instruction in the program sequence for the code-generation tools and ultimately the simulator). The data directives should initialize A to 1, C to 2, F to 3, J to 4, and K to 5. Determine what the final values of the variables should be, based on the initial values above. Verify the correctness of your program by test execution and memory inspection to confirm that the variable values match your determination above. In the space below, copy/paste your complete program. It should be free of syntax errors. Consider the following pseudocode involving arithmetic operations with variables in memory. B = = F * J X = A + B - K W = (X + 4) / C Prepare a source file lab1.s with a complete program in Nios II assembly language that implements the pseudocode above. The program should write to variables in memory to reflect the pseudocode specification. Use appropriate directives to position the executable code at memory address Ox20 and the data at memory address 0x3000 (the_start label identifies the first instruction in the program sequence for the code-generation tools and ultimately the simulator). The data directives should initialize A to 1, C to 2, F to 3, J to 4, and K to 5. Determine what the final values of the variables should be, based on the initial values above. Verify the correctness of your program by test execution and memory inspection to confirm that the variable values match your determination above. In the space below, copy/paste your complete program. It should be free of syntax errors