Translate the following pseudo-code to ARM assembly: #define C = 100 int32 N = 3 int32 R = 0 R = C - 13XN Note:- declare the constant c using the EQU directive, while N and R using the DCD directives While coding consider the following Write in upper case. Beside each line of code, put a comment describing the operation (not the result) Do your best to make the code most efficient in terms of clock cycles Use only the instructions given in Labs Requirements in the report 1. Put a "text-copy" (not an image-copy) of the complete assembly program. It should be properly aligned. 2. Put an "image copy" of the Memory View after program execution in Decimal. 3. List "cost" of your program in terms of; registers, instructions & clock cycles