Q1) Write a program to add 3 numbers ( 2 bytes each), The 1" one isstored in memory locations 2033,2034, the 2nd one is stored in memorylocations 2044,2045 and the third one is stored in 2066,2067. Store theresult in 2055 and 2056.Q2) What is the addressing mode of each of the following instructions:a- INX Db- MVI M,00с- СМР, Dd- STA 2020e- СМСQ3) Write a program to implement each one of the following gates:a- NAND gateb- XNOR gatec-negative ORQ4) Execute the following program (using 8085 Simulator) step by stepto complete the table below:MLInstructionMVI A,44AF2000STCXRI 33ANI 77LXI H, 2030MOV M,ADCR ADCX HMOV M,AHLT

Note: As per our guidelines we can able solve only three question. So, please repost the remaining…

Q1) Write a program to add 3 numbers ( 2 bytes each), The 1" one is stored in memory locations 2033,2034, the 2d one is stored in memory locations 2044,2045 and the third one is stored in 2066,2067. Store the result in 2055 and 2056. Q2) What is the addressing mode of each of the following instructions: a- INX D b- MVI M,00 с- СМР, D d- STA 2020 e- CMC Q3) Write a program to implement each one of the following gates: a- NAND gate b- XNOR gate c-negative OR

Q1) Write a program to add 3 numbers ( 2 bytes each), The 1" one is stored in memory locations 2033,2034, the 2d one is stored in memory locations 2044,2045 and the third one is stored in 2066,2067. Store the result in 2055 and 2056. Q2) What is the addressing mode of each of the following instructions: a- INX D b- MVI M,00 с- СМР, D d- STA 2020 e- CMC Q3) Write a program to implement each one of the following gates: a- NAND gate b- XNOR gate c-negative OR

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter2: Problem Solving Using C++using

Section2.5: Variables And Declaration Statements

Problem 11E

See similar textbooks

Similar questions

5. Select an OR instruction that will : a) OR BL with AH and save the result in AH b) OR 88H with CX c) OR DX with SI and save the result in SI d) OR 1122H with BP e) OR the data addressed by BX with CX and save the result in memory f) OR the data stored 40 bytes after the location addressed by BP with AL and save the result in AL
Subject code - rcs506 Write the three address instructions for the following statement. X = (A + B) x (C + D)
Microprocessor Fundamentals Homework 5 Q1) Write an assembly program that copies all the memory locations from $0220 to $02D2 to memory locations $0420 to $04D2. Also sketch a flowchart diagram. Steps: 1- First you need to calculate the number of locations in the range above (subtract the end address from the start address). 2- Set a counter to this number. 3- Set X-Register as pointer to memory $0220 and set Y-Register as pointer to $0420. 4- In a loop, you will copy the memory at pointer X location to a register (Use LD instruction) then copy the value in this register to the memory at the pointer Y (use ST instruction). 5- Increment the two pointers and decrement the counter. 6- Check if the counter is zero (BRNE). 7- If not zero, jump to step 4 (read another location). If zero exit the loop.
Subject: Microprocessor (2) Give examples of all types of addressing modes. Give examples of 1 byte, 2 bytes and 3 bytes instructions. Write a code to multiply last 2 digits of your ID with first 2 digits of your ID and your age. Here ID is-(2020100011001). Make sure your code is full proof as the result can take more than 8 bits of data to be stored. Add comments at the side
(4) Rewrite the following program by using direct (5) Write a sequence of instructions to addressing. (You are not allowed to use indirect addressing implement the following: anywhere. Your program must be functionally equivalent to the original.) (15Spts.) MOV RO, SSH MOV A. RO INC RO INC RO IF (content of R7)-positive THEN Exécute "CLR P1.0" ELSE Execute "CLR P1.7 ADD A, GRO INC RO INC RO ADD A, @RO INC RO MOV ARO, A
a) Given the following expression, X = [ ((S /B *(Q- R)) + E) / (D - M * U) ] i. Write the expression X into the following machine instructions: • One-address format Two-address format
Microprocessor Fundamentals AVR please solution with explain 7) Write a program to do the following: 1- Make all pins of Port C to be Output pins. 2- Make all pins of Port D to be Input pins. 3- Make pin PB5 of Port B to be output pin using SBI or CBI. 4- Make pin PB6 of Port B to be input pin using SBI or CBI. 5- Output the value $25 to Port C. Q8) Write a Main Program to do the following (place it at address $0204): 1- Enable INTO interrupt and disable INT1 interrupt. 2- Make INTO ot be triggered by a rising edge. 3- Set the Global Interrupt Enable flag.
Use the following data declarations: .data byte Val word Val sbyte 1, 2, 3, FCh word 1000h, 2000h, 3000h, 4000h dwordVal dword 34567890h, 90785634h, 0Ah, 33445566h Show the value of the final destination operand after each of the following code fragments has executed: (If any instruction/s is invalid, indicate "INV" as the answer and briefly explain why) a. mov bh,byteVal+2 b. mov edx,1 C. add dx,[wordVal+4] mov ecx,5 xchg ecx,[dwordVal+12] d. mov ah, byte Val+3 sub ah,[ byte Val+0] sub ah,[ byte Val +2] e. mov eax, dword ptr dwordVal+7 f. movsx cx,byteVal+3 answer bh= answer edx= answer ecx= answer ah= answer eax= answer (show your answer in binary) CX=
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?
Q1) What is the result of executing the following sequence of instructions? MOV AL, 99 MOV BL, 1BH CMP AL, BL Assume that flags Z, S, C, A, O, and P are all initially reset.
STATEMENT- THE FOLLOWING DATA IS STORED IN THEMEMORY LOCATIONSSTARTING FROM 3060H USING MEMORY RELATED INSTRUCTIONS(NOT MANUALLY). WRITE PROGRAM TO COUNT THE NUMBERSONLY IF D6 AND D0 BITS ARE 1, ELSE REJECT THE NUMBER. STORETHE COUNTED NUMBERS STARTING FROM MEMORY LOCATION3070H AND STORE THE COUNT IN ‘D’ REGISTER.DATA (H): 80, 71, 52, E7, 78, F2, 67, 35, 62, 08, 17. Write program in assembly language on sim8085
addressing mode is most suitable to change the normal sequence of execution of instructions. А. Indirect В. Index with Offset C. Relative D. Immediate