Use the instruction formats of the basic computer and the list of instructions in Appendix A. For each of the following 16-bit instructions, write the equivalent 16 bit binary code, write the equivalent RTL statement and find the final binary value of the destination when the instruction is executed. All values are given in hexadecimals and M[AR]=memory content at address AR. A- Complete the following tables using the instruction: 4450, where M[450]= 1990
Instruction code (Hexadecimal) 4450 Instruction (binary) Instruction
RTL 100010001010000 PC 010001010000
Final value (Hexadecimal) 450 Final value (binary) 10001010000
B- Complete the following tables using the instruction: C450, where, M[450]=0890, and M[890)=AF02.
Instruction code (Hexadecimal) Instruction (binary) Instruction RTL
Final value (Hexadecimal) Final value (binary)
C- Complete the following table with the instruction; 7040, where AC=5007 and E=0
Instruction code (Hexadecimal) Instruction (binary) Instruction RTL
Final value (Hexadecimal) Final value (binary)