Assume SP=0XE99D, R16=0×E2, R17=0x25, R01=0XFC, R15=0x1F and the followingmemory information.Addresscontents (hex)Addresscontents (hex)postpostpre22pre44OXE996OXE99COXE99746OXE99DC5ОХЕ99817OXE99EA6OXE99921OXE99F77OXE99AF2OXE9A078ОХE99BC3OXE9A1A5Find the values of the registers SP, R01, R16 and R17 after the following operations.РОPR01РОPR16РОPR17РOPR20PUSHR15SPR16R17R01R20R15

Answered: Image /qna-images/answer/8e94e700-f0d0-470b-88f8-0a4f8f28f300.jpg

Assume SP=0XE99D, R16=0×E2, R17=0x25, R01=0XFC, R15=0×1F and the following memory information. Address contents (hex) Address contents (hex) post pre 22 pre 44 post OXE99C OXE99D OXE996 OXE997 OXE998 46 C5 17 OXE99E A6 OXE999 21 OXE99F 77 OXE99A F2 OXE9A0 78 OXE99B C3 OXE9A1 A5 Find the values of the registers SP, R01, R16 and R17 after the following operations. РОP R01 POP R16 РОP R17 РОP R20 PUSH R15 SP R16 R17 R01 R20 R15

Assume SP=0XE99D, R16=0×E2, R17=0x25, R01=0XFC, R15=0×1F and the following memory information. Address contents (hex) Address contents (hex) post pre 22 pre 44 post OXE99C OXE99D OXE996 OXE997 OXE998 46 C5 17 OXE99E A6 OXE999 21 OXE99F 77 OXE99A F2 OXE9A0 78 OXE99B C3 OXE9A1 A5 Find the values of the registers SP, R01, R16 and R17 after the following operations. РОP R01 POP R16 РОP R17 РОP R20 PUSH R15 SP R16 R17 R01 R20 R15

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Design a parallel-input parallel-output (PIPO) 3-bit Register using D-flipflops. The register has twoinput lines for operation selection. Based on the values of the input lines, the register can perform thefollowing four operations00 – Shift Right01 – Shift Left10 – Decrement (-1)11 – Increment (+2)
After executing XLAT instruction, the content of system registers is: ES=4E25, DS=041C DI=6814, BX=0201, and AL =40, (all values shown are in hexadecimal and the addresses shown are physical addresses). What is the content of AL before executing this instruction? H. H. Address 20н 40 H 60 н 80 H A0H СОн E0 H Content 447C 447D 447E 447F 4480 4481 4482 Notes: 1- Use the memory fragment shown to answer this question. 2- Write down the final value of AL as two hexadecimal digits without any additional characters.
give the final result of operation that appears onto OUT-Reg. after convert the whole program below into Op-code? Address OH 1H 3H 4H 5H Mnemonic LDA AH US Address 6H 7H 8H 9H AH BH CH DH EH FH DATA FFH FFH FFH 01H OEH 01H OFH FFH FFH FFH
QUESTION 1 You have used DEBUG to unassemble the following instructions. -U 0100 0108 1369:0100 B84365 MOV AX, 6543 1369:0103 BB3394 MOV BX, 9433 1369:0106 F7E3 DEC BX 1369:0108 CD21 INT 21 The last byte of the instruction loaded at address 0106 is stored in address. 0100 0106 0107 0108
A five bit bidirectional shift register has initial content 10101. The register is shifted four times to the left with the serial input being 01010 and shifted six times to the right with the serial input being 0011100. What are the contents of the register at the end?
Task 08 Perform the following arithmetic operations 1. 236DF * AF 2. 8A32F4D5/ C9A5 3. CA92 * BAF9 4. C2A2 * ABCD / BED Task 09 (Home Task) Write two examples for each combination of registers possible for the 'mov' instruction. Hint: See the table above to see all the possible combinations. Task 10 (Home Task) Write two examples for each combination of registers possible for the 'add' and 'sub' instructions. Hint: See the table above to see all the possible combinations. Task 11 (Home Task) Perform the following arithmetic operation: (1+ 2) * (3 – 1) /5 +3 + 2- (1 * 2)
procedure to the instructor. 6. Convert (-00101001.0011)2 to its equivalent octal and hexadecimal representation. Show all calculation procedure to the instructor.
What is the value for the 32-bit register EAX after executing the mnemonic opcode/operand instruction MOVZX? (This mnemonic opcode/operand instruction converts 8-bits to 32-bits) MOV EAX, 0 MOV AX, 0X54C9BF5 MOVZX EAX, AX EAX= 004C9BF5 а. EAX= 000C9BF5 b. EAX= 000000F5 EAX= 00009BF5 O d.
Based on the assembly program below, determine the content of register R2 after the program is executed. STK_AD EQU 0x20000130 LDR SP, =STK AD LDR RO, =0XFFCCDDBB LDR R1, =0x91817161 LDR R2, =0x66778811 PUSH {R2} PUSH {R1} PUSH {R0} РОP {R2} {R2} РОP {R2} РОP А. Ox66778811 Ox91817161 С. OXFFCCDDBB Ox11887766 Е. OXBBDDCCFF B. D.
If a DIP switch with 8 switches (0-7) lines up with bit0-7 of the data bus, and switches 1,2,4,5 & 7 are set, what value is read into the AL register (a) 6D (b) D6 (c) 6B (d) B6
If al is set to Ox05 and ax is set to 0x0007, eax is set to 0x00000020, and rax is set to Ox0000000000000000, and show the final complete contents of the complete rax register.
Identify the state diagram operation and find its output sequence for the following input sequence: X 0101-1100-0101-0000. The circuit accepts input bits from LSB to MSB. 0/1 or 1/0 X/Z=0/0 1/1 SO S1 (a) 2's compliment, Z= 1010-0011-1011-0000. (b) Mealy Machine, Z= 0110-0011-1010-1111. (c) Moore Machine, Z 1010-0011-1011-0000. (d) Serial adder, Z 0110-0011-1010-1111. Answer realme Shot by Gowthamnag 2021/10/30 15:28