2. Given the following data definitions, the address of the first variable X is given at Ox10010000 (hexadecimal). Using little endian, show the memory dump and indicate the hexadecimal addresses for Y, Z, and S. You may use the ASCII table provided on the next page to assist you.
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- Identify the bits that lw, lb, and lh will load from a memory address, assuming that all the load commands are loading the lowest/rightmost set of bits.Can you check whether what i did is correct or not. Table 1 shows the content inside computer memory addresses. The code listed in Table 2 is designed to sum the numbers stored in 10 locations beginning with x3100, leaving the result in R1. The initial value of R1 is 0, R2 is x3100 and R4 is 10. Your task is to trace the content of R1, R2, and R4. Table 3 is given as a guide on how to write the contents of the registers. Draw the table in your answer booklet. Table 3 PC R1 R2 R4 x3000 0 x3100 10 x3001 0 x3100 0 x3002 0 x3100 10 x3003 0 x3100 10 x3004 0 x3100 10 x3005 0 x3101 10 x3006 x3107 x3101 10 x3007 x3107 x3101 9 x3008 x3107 x3101 9 x3009 x3107 x3101 9 [3000] 0101001001100000 - AND R1 R1 #10[3001] 0101100100100000 - AND R4 R4 #0[3002] 0001100100101010 - ADD R4 R4 #10[3003] 1110010011111100 - LEA R2 x3100[3004] 0110011010000000 - LOOP LDR R3 R2 #0[3005]…b. How many bits are required to address a 4M × 16 main memory if main memory is byte-addressable?c. How many bits are required to address a 1M × 8 main memory if main memory is byte-addressable?
- - How many blocks of 16 words are there in a 256 Gig memory space? Draw the logical organization of the full address identifying the block ID portion and the word offset portion.Let's double the size of the address field from 32b to 64b. What's the largets decimal value now? How might you organize this for readability?Suppose, 3BD15 H is a particular physical location, and 1234 is the value of the offset.What should be the base address of the segment? Will there be any problems with this base address? Please give your workings and your opinion in this matter. Suppose, you want to design a Microwave and are in need of a processing unit. Would you choose to use a microprocessor or a microcontroller for this purpose? Explain with logic.
- WAP to find the square of five numbers stored at alternate memory locationstarting at 2050 H.Q2: Write program based on the following sequence of conditions: . Overwrite memory location $2800 with a value of $12345678 By using indirect addressing, copy a byte value in memory location $2000 into D3 by using address register A3. Increase value in D3 by $10.Given the following data definitions, the address of the first variable var1 is given at 0x1001 1000 (hexadecimal). Using little endian, show the memory dump below. Fill each box below with a byte of the allocated memory in hexadecimal. You may use the ASCII table provided. .data var1: .byte 3, -2, ‘A’ var2: .half 1, 256, 0xFFFF var3: .word 0x3DE1C74, 0xFF .align 3 str1: .asciiz "CPS2390" DATA SEGMENT: ADDRESS
- From the given code from step 1-step19 a- What are the memory location addresses that will be accessed in memory data segment in this program? b- What is the content of each memory location accessed in memory data segment in this program? c- What does the content of each memory location refer to?The contents of memory location B0000, are FF 16, and those at B0001 6 are 0016. What is the data word stored at the address B0000? Is the word aligned or misaligned?Determine the number of blocks of 8 words are there in a 256 MB memory space and draw the logical organization of the full address identifying the block ID portion and the word (offset) portion.