You read the number 11111101111100 from a memory which uses error detection and correction (Hamming algorithm). What was the original correct data word that was written to memory?

Using GDB online Debugger | Compiler . Thank you

The following MIPS assembly language program has errors, please help fix it: # MIPS program to correct bad data using Hamming codes .dataprompt: .asciiz "Enter a 12-bit Hamming code (in hex): "result: .asciiz "The entered code is correct!"error:  .asciiz "The entered code is incorrect. The correct code is: "newline: .asciiz "\n" .text.globl main main:    # Display prompt and read input from user    li $v0, 4           # syscall code for printing a string    la $a0, prompt      # load address of prompt string into $a0    syscall             # print prompt    li $v0, 5           # syscall code for reading an integer    syscall             # read 12-bit Hamming code into $v0     # Calculate the parity bits    move $t0, $v0       # move the code into temporary register $t0    andi $t1, $t0, 0x924 # compute parity bit P1    andi $t2, $t0, 0x492 # compute parity bit P2    andi $t3, $t0, 0x249 # compute parity bit P3    andi $t4, $t0, 0x3f  # compute data bits D1-D6    xor $t5, $t1, $t2   #…

The offset is used to specify the distance between memory locations. a. True b. False

Answer and show all work

5- Create an algorithm in assembly that will compute the area of a triangle. Here is the state of the memory when starting the algorithm: Base is stored as an 8 bit unsigned integer in a memory location pointed to by the special register X. Height of the triangle is stored as an 8 bit integer in a memory location pointed to by the special register Y. Your computed area of the triangle should be stored in memory at a location pointed to by the special register Z. If multiple rows of memory are required, then Z indicates the starting address. Requirements Clearly list the assembly commands required for this algorithm. How many rows of program memory are required for this algorithm? How many clock cycles (according to the AVR ISA) are required for this algorithm? What addressing mode is used for each assembly instruction?

Why does a binary digital computer always give a rough answer when it does floating-point math?

What is the difference between a byte and a word? What distinguishes each?

Please help provide answers for the following questions 2-26. The following bytes (shown in hex) represent a person’s name as it would be stored in a computer’s memory. Each byte is a padded ASCII code. Determine the name of each person. (a) 42 45 4E 20 53 4D 49 54 48 (b) Write the Phrase in ascii : I will score an A grade 2-30. Perform each of the following conversions. For some of them, you may want to try several methods to see which one works best for you. For example, a binary-to-decimal conversion may be done directly, or it may be done as a binary-to-hex conversion followed by a hex-to decimal conversion.= _2: binary _10: decimal _16: hexadecimal (a) 517_10 = _____ _2 (b) 255_10 = _____ _2 (c) 101010001_2 = _____ _10 (d) 1010101000100111_2 = _____ _10 (e) 2547_10 = _____ _16 (f) 567_10 = _____ (BCD) (g) 275_16 = _____ _10 (h) 53_10= _____ _16 (i) A79_16 = _____ _10 (j) 3ED5_16 = _____ _10 (k) 1760_10 = _____ _16 (l) 38,218_10 = ______ _16 (m)…