instruction set for MARIE:InstructionOpcode0123456Instruction OpcodeJnS XLoad XStore XAdd XSubt Xone, DEC 1endInstructionSkipcond 400OutputHalt789ABCInputOutputMatch the assembly language equivalent for the machine instruction:ClearInputAdd oneInstructionA000 5000 3006 8400 6000 7000 0001O A000 5000 3006 8400 6000 8000 0001O A000 5000 3006 8400 6000 7000 0010O A000 5000 3006 8400 6001 7000 0001HaltSkipcond (00 for AC0, 01 for AC-0, 10 for AC0)Jump XClearAddI XJumpl X

instruction set for MARIE: Instruction Opcode 0 1 2 3 4 5 6 Instruction Instruction Opcode JnS X Load X Store X Add X Subt X Skipcond 400 Output Halt one, DEC 1 end 7 8 Input Output Match the assembly language equivalent for the machine instruction: Clear Input Add one 9 A B C Instruction Halt Skipcond (00 for AC0, 01 for AC-0, 10 for AC0) Jump X Clear A000 5000 3006 8400 6000 7000 0001 O A000 5000 3006 8400 6000 8000 0001 A000 5000 3006 8400 6000 7000 0010 O A000 5000 3006 8400 6001 7000 0001 AddI X Jumpl X

instruction set for MARIE: Instruction Opcode 0 1 2 3 4 5 6 Instruction Instruction Opcode JnS X Load X Store X Add X Subt X Skipcond 400 Output Halt one, DEC 1 end 7 8 Input Output Match the assembly language equivalent for the machine instruction: Clear Input Add one 9 A B C Instruction Halt Skipcond (00 for AC0, 01 for AC-0, 10 for AC0) Jump X Clear A000 5000 3006 8400 6000 7000 0001 O A000 5000 3006 8400 6000 8000 0001 A000 5000 3006 8400 6000 7000 0010 O A000 5000 3006 8400 6001 7000 0001 AddI X Jumpl X

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Similar questions

Suppose we have the instruction Load 1000. Given memory and register R1 contain the values below: Assuming R1 is implied in the indexed addressing mode, determine the actual value loaded into the accumulator and fill in the table below:
Consider the following MARIE Assembly program: label opcode operand hex 100 LOAD X 1108 101 SUBT Y 4109 102 SKIPCOND 000 8000 103 JUMP END 9107 104 LOAD X 1108 105 ADD Y 3109 106 STORE Y 2109 107 END HALT 7000 DEC 8 0008 108 X 109 Y DEC 12 0000 What's the content of the IR when the SKIPCOND instruction is fetched ? Express your answer in Hex
Consider the following MARIE Assembly program: deset label opcode operand hex 100 JNS func 0106 101 LOAD X 1104 102 OUTPUT 6000 103 HALT 7000 104 X DEC 5 0005 105 Y DEC 1 0001 106 DEC 0 0000 107 LOAD X 1104 108 ADD Y 3105 109 STORE X 2104 10A JUMPI func C106 What's output on the console when the above program finishes execution? Express in decimal. func
When a branch is taken in beq or bne instructions, how far may that jump be? Approximately 33 instructions in either direction Approximately 33 hundred instructions in either direction Approximately 33 thousand instructions in either direction Approximately 33 million instructions in either direction