Create an Java Postfix converter using the algorithm provided. Thank you

Please help with what the solution is and why the answers written are wrong and why is the answers correct?

Review the following snippet from an assembly code listing file (source assembly statements and listing file line numbers are removed purposely) and answer the questions. 00000000 B8 00000000 00000005 03 05 0000000A R 0000000B 66| 2B 15 00000008 R 00000012 41 00000013 69 15 0000000A R FFFFFED9 0000001D 8A C3 0000001F FF OD 0000000A R 00000025 661 B9 0019 1) Locate the instruction that has the smallest size object code (i.e. minimum byte-length), what is the corresponding address of the instruction? type your answer... 2) Locate the instruction that has the largest size object code (i.e. maximum byte-length). What is the byte-length of the instruction? type your answer... 3) How many of the above instructions have direct memory reference? choose your answer... 4) What is the total length (number of bytes) of the above object code snippet? type your answer... 5) How many instructions contain an opcode prefix? choose your answer...

Use the name "jobe" when you run your program. Find the "answer" in memory using the Labels display. What is the value in hexadecimal at answer? Run your program again with the name 4567. What is the value in hexadecimal at answer? If you select the ASCII button what appears at answer? Based on your observations, what is the byte ordering scheme of the mips processor as implemented in the simulator?

Write a script in Assembly language for the (emu8086) emulator that would arrange the ASCII codes for any four letters into ascending order.

Write an Assembly Language Program that adds four words of data and saves the result. The values will be 234DH, 1DE6H, 3BC7H, and 566AH. Verify that the sum is D364.

Using the flat assembler (fasm), write a program that converts an integer from -100 to 100 to text.