The instructions of the Basic Computer are employed in this problem (use Annex as reference for this question). A) Fill in the following table with the Machine Code for each instruction. Memory Address (hex.) Assembly Language Machine Code (hex.) OFF LDA 101 100 BUN 102 101 DEC-256 B) Fill in the following table with the microoperations, the contents of the registers (PC, AR, IR, DR. AC and 1, after execution of the corresponding microoperations) and control signals (Tn, Dn) that are generated during the complete instruction cycle (Fetch and Execution) of the LDA instruction from the above table, (showing all cycles from To to the next To). NOTES: Enter 'X' where value is not known. Assume the program execution is continued after execution of instruction stored at OFE. For the Tn and Do outputs enter Active Output Names, e.g., Ti or Di. TH Do X Microoperation AR PC PC (hex) AR (hex) DR (hex) AC (hex) OFF X X X X The instructions of the Basic Computer are employed in this problem (use Annex as reference for this question). A) Fill in the following table with the Machine Code for each instruction. Memory Address (hex.) Assembly Language Machine Code (hex.) OFF LDA 101 100 BUN 102 101 DEC-256 B) Fill in the following table with the microoperations, the contents of the registers (PC, AR, IR, DR. AC and 1, after execution of the corresponding microoperations) and control signals (Tn, Dn) that are generated during the complete instruction cycle (Fetch and Execution) of the LDA instruction from the above table, (showing all cycles from To to the next To). NOTES: Enter 'X' where value is not known. Assume the program execution is continued after execution of instruction stored at OFE. For the Tn and Do outputs enter Active Output Names, e.g., Ti or Di. TH Do X Microoperation AR PC PC (hex) AR (hex) DR (hex) AC (hex) OFF X X X X