Given two 8 bit numbers present at location 2050 and 2051 in memory. Write 8085 Instruction to add both the numbers and store the sum in register B and memory location 2025. Use sim8085 software and attach screenshot of registers and memory view.
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Given two 8 bit numbers present at location 2050 and 2051 in memory. Write 8085 Instruction to add both the numbers and store the sum in register B and memory location 2025. Use sim8085 software and attach screenshot of registers and memory view.
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- 5. Load the register (CL) from the memory location [050OH] then subtract the content of this register from the accumulator (AL). Correct the result as a (BCD) numbers. Let [0500H] 12H & AL 3FH %3DThe instruction, Add #45,R1 does A. Adds 45 to the value of Rl and stores it in R1 Adds the value of 45 to the address of R1 and stores 45 in that address C. None of the mentioned D. Finds the memory location 45 and adds that content to that of R1 B.I have been searching in my textbook and could not find anything to help me solve this problem. Could anyone help me please? Registers in RISC-V are 64-bit. For the sake of simplicity, consider the following instructions operating on 32-bit registers. Assume that registers x5 and x6 hold the values 0xBBBBBBBB and 0x00000000, respectively. What is the value in x6 for the followingslli x6, x5, 6 Using the result from the part above, what is the value in x6 for the following instruction.srli x6, x6, 6
- Fill in the following table showing the results of the indicated instructions, using the register values shown. Also, show the OF and CF values AFTER the instruction executes. Show all results in hexadecimal. Show OF and CF as 0 or 1.Given a memory load instruction, "mov R0; [R1+1000]," please give the input that should be selectedat each multiplexer. You can write "none" for the multiplexers that are not used for this instruction.(a) MUX1:(b) MUX2:(c) MUX3:(d) MUX4:Write down the binary and the hexadecimal values of the following and MIPS instruction. Consider the correct values of opcode table and Register File from the tables. The registers size is 5-bit.
- Create an entry for the execution cycle of the instruction "ADD E" using the Register Transfer Notation.Write the instruction format for the jump instruction.PROVIDE THE PSEUDO INSTRUCTION FOR THE FF: (LABEL=VARIABLE) PROVIDE THE PSEUDO INSTRUCTION FOR THE FF: (LABEL=VARIABLE) 1. Copy the first byte (most significant bit) of word 4DAAH at BH from a location with label "Dig1". 2. Allocates 10 bytes memory location with values 35H in each memory cell. Label location with "MEM".
- Direct exchange of data between two memory locations is permitted by XCHG instruction. Select one: True False4. Which segment will be accessed for the instruction MOV [BX],AH.Encode the following instruction from MSP430 assembly to MSP430 machine code. Write the bytes in the boxes below. Don’t need to put ox as it is assumed to be in hex bytes.