Problem 1: Implement following code conversions to convert binary no 0x89ABCDEF(32-bits) into
a) BCD (64-bits)
b) Gray (32-bits)
Problem 2: Realize following boolean expressions for 32-bits input R1, R2 and R3.
Sum/ Diff = R1 ^ R2 ^ R3
Carry = (R1 ^ R2) . R3 + R1 .R2
Borrow = ( R1 ^ R2)' .R3 + ( R1') . R2
Problem 3: Write a assembly language code to multiply 32-bit data stored on R1 and R2 and 64-bit result will generated and stored into R3(H) and R4(L). Please refer the below figure to implement the same.
Arithmetic instructions sample code: https://embedded4everyone.blogspot.com/2021/01/write-assembly-code-to-perform.html
Logical Instruction Sample code: https://embedded4everyone.blogspot.com/2021/01/write-assembly-code-to-perform-logical.html
Data transfer instruction with memory: https://embedded4everyone.blogspot.com/2021/01/write-assembly-language-code-to-program.html
