Use Table.2 and Table.3 to complete the missing RTL entries for each instruction in Table.1 The first entry of Table.I can be used as a guide for writing the RTL code. All numbers are in hexadecimal Table. 1 Instruction(HEX) RTL 7004 (AC-00001: PC PC+1 7040 F100 4400 C400 7100 Table.2 Table.3 000010 000 Momory Refionence AND AND memory word to AC ADD memory wond so AC STA o conont of AC in memory Branch uncondiionaly Banch and save retun address 111000.0 7800 (B, bit) Clear AC Clor E CLE Complement Circulate righ AC ndE Circulate left AC nd E CIL INC 7020 7010 Stip next instraction if AC positive Skip next instruction if AC negative 7004 next instruction if E is 0 11110.0100 Input cheracter to AC INP OUT F800 (B, bit) F400 (B Sip on outpuat ag ION OF F100 F08D F040 OUT Use Table.2 and Table.3 to complete the missing RTL entries for each instruction in Table.1 The first entry of Table.I can be used as a guide for writing the RTL code. All numbers are in hexadecimal Table. 1 Instruction(HEX) RTL 7004 (AC-00001: PC PC+1 7040 F100 4400 C400 7100 Table.2 Table.3 000010 000 Momory Refionence AND AND memory word to AC ADD memory wond so AC STA o conont of AC in memory Branch uncondiionaly Banch and save retun address 111000.0 7800 (B, bit) Clear AC Clor E CLE Complement Circulate righ AC ndE Circulate left AC nd E CIL INC 7020 7010 Stip next instraction if AC positive Skip next instruction if AC negative 7004 next instruction if E is 0 11110.0100 Input cheracter to AC INP OUT F800 (B, bit) F400 (B Sip on outpuat ag ION OF F100 F08D F040 OUT