1. Write a program to evaluate the arithmetic statement:

1. Using a general register computer with one address instructions.
2. Using a general register computer with zero address operation instructions.

2. In the problem, assume that A, B, C, D, E reside in memory. Also assume that opcodes are 8 bits, memory addresses are 64 bits, and register addresses are 6 bits. Translate the following sequence of statements into assembly code for 0-address, 1-address, 2-address, 3-address architectures:

C = A + B;

D = A E;

Some architectures destroy a source/destination operand during computation. You may have to add some extra instructions due to the destruction of an operand. In each case, give a count of such extra instructions needed and mark them. Also find the total size of code in bytes in each case.