Suppose we have the instruction Load 500. Given that memory and register R1 con tain the values below: Memory Ox100 Ох600 R1 Ox200 ... Ox400 Ох300 ... Ох500 Ox 100 ... Ox600 Ох500 ... Ox700 Ох800 and assuming that R1 is implied in the indexed addressing mode, determine the actua value loaded into the accumulator and fill in the table below: Value Loaded into AC Mode Immediate Direct Indirect Indexed
Q: ermine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es. If…
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
A: The handwritten solution is given in the step-2.
Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
A: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
A: your answer is given below:
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Q: "uppose we have the instruction Load 500. Given that memory and register R1 contain the values…
A: Instruction Load is 500 So, Assuming R1 is implied in the indexed addressing mode. Immediate…
Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
A: Solution is given below-
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
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A: Solution Given , DS=100H SS=2000H BP=200H SI=0100H BX=1500H Instruction is : MOV AL , [ BX + 500 ]
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
A: your answer is given below:
Q: Suppose we have the instruction Load 100. Given memory and register R1 contain the decimal values…
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Q: Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es.…
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- Suppose we have the instruction Load 0000. Given memory and register R1 contain thevalues below:R130Memory Address Content0000 40...0010 30...0020 78...0030 55...0040 77...0050 84 Assuming R1 is implied in the indexed addressing mode, determine the actual value loaded into the accumulator using the following addressing modes: a. Immediateb. Directc. Indirectd. Indexed5. Load the register (CL) from the memory location [0500H] then subtract the content of this register from the accumulator (AL). Correct the result as a (BCD) numbers . Let [0500H] = 12H & AL = 3FH %3DGiven 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:
- Q): For the circuit in Figure. write a sequence of instruction to poll switch at 16 of 74F244 that is connected to port 7. Include in the solution the steps required to get the address for the port 7 before writing polling instruction. 0286 UN ACK 19 ALE AD-AD MO DEN RO AD AD- CLK 747373 A3291 leth G 747245 Data but Tarecever bi-drections) DR 18 Ata Au 4 Demultiplexing A₂ A B C 747131 Input Output F₁ Addren decoder 0,0 P₁ Decoder 0-0- CLK 74F374 Cuput Patt DE 74F244 Input Pot Bufer Latch or buffer LED Voc Vbc Input/outputQ2- Write a program in assembly language for the 8085 microprocessor to receive one byte of data via the SID and store it at the memory address (3000H to 3009H) using a baud rate of 1200. Information: The 8085 processor operates at a frequency of 3.072 MHz . When receive the required bytes, you must adhere to the following: The bits of two high bits will be received at the beginning of the reception(start bits 1 1 ), after that the data bits will be received, after that the low bit of the stop bit will be received (stop bit 0 ). The following flowchart will help you. The solution must be integrated and include the calculation of the baudrate delay timeSuppose we have the instruction Load 100. Given memory and register R1 contain the decimal values below: Метory Address Content R1 200 100 500 300 700 500 900 700 100 900 300 Assuming R1 is implied in the indexed addressing mode, determine the actual value loaded into the accumulator and fill in the table below: Mode Immediate Value Loaded into AC Direct Indirect Indexed
- 2. Memory contents (in hexadecimal) are 0005, 0001, 0123 for addresses 000 to 002, then 2002, 1000, 7800, F400 for addresses 80A through 80D. AC starts with value 0F24, PC has the value 80A, and AR has the value 4F5. Starting with time-step T0, describe what happens until the next TO. Make sure to indicate any updated register values as they happen. (Assume R= 0.) Refer to table 5.6 from Mano's textbook. F24 1 ARI 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"uppose we have the instruction Load 500. Given that memory and register R1 contain the values below: Memory Ox100 Ox600 R1 Ox200 Ox400 Охз00 ОхБ00 Ox 100 Ох600 Ox500 Ox700 Ох800 and assuming that Ra is implied in the indexed addressing mode, determine the actual value loaded into the accumulator and fill in the table below: Mode Value Loaded into AC Immediate Direct Indirect Indexed
- 4. Which segment will be accessed for the instruction MOV [BX],AH.(d) The table below shows the ALUcontrol signal of the datapath we discussed in class. Instruction Funct ALU Орсode ALUop ALU action operation field control Iw 00 load word XXXXXX add 0010 Sw 00 store word XXXXXX add 0010 beq 01 branch equal subtract 0110 XXXXXX R-type 10 add 100000 add 0010 R-type 10 subtract 100010 subtract 0110 R-type 10 AND 100100 AND 0000 R-type 10 OR 100101 OR 0001 R-type 10 set on less than 101010 set on less than 0111 You want to add the bne instruction into the datapath, which already includes the required hardware for the instruction. Write out the ALUop for bne and how you can determine whether the bne results in the branch to be taken.26. Find the time delay in the following program if the crystal frequency is 1 MHz. Do not ignore the time delay due to the first and last instruction. DELAY: LDI R16, 30 AGAIN: LDI R17, 35 HERE: NOP NOP DEC R17 BRNE HERE DEC R16 BRNE AGAIN RET