Q2. In The following, the instructions are dependent on each other, if A = B8 H. and Cy 1, next to each instruction write down the content of the Accumulator IN hex and the Carry after the instruction has been executed: %3D 1. RR A 2. RRC A 3. RL A 4. RLC A 5. RR A 6. RL A 7. SWAP A

Q2. In The following, the instructions are dependent on each other, if A = B8 H. and Cy 1, next to each instruction write down the content of the Accumulator IN hex and the Carry after the instruction has been executed: %3D 1. RR A 2. RRC A 3. RL A 4. RLC A 5. RR A 6. RL A 7. SWAP A

Name: Q2. In The following, the instructions are dependent on each other, i
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Q2. In The following, the instructions are dependent on each other, if A B8 H.and Cy 1, next to each instruction write down the content of the Accumulator INhex and the Carry after the instruction has been executed:%3D1. RR A2. RRC A3. RL A4. RLC A5

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

The .END pseudo-op is translated into machine instruction. Group of answer choices True False
Please answer the following with the reference; 1a. What is the purpose of the movq 0x10 (%rdi), rbp instruction here (at the C level or higher)? How does this relate to the earlier call to pushq rbp? 1b. Alice just remembered that the original C code had the following structure! Using what you now know about mystery, fill in the blanks with C code. long mystery ( TreeNode* t){ If ( ) { return ; } return }
5. Assume that the content of BL and AL are (-2H) and (-4H) respectively. What result is produced in AX by executing the following instructions: MULBL IMULBL a. FA08 ,0008h Ob. FF08,-0008h c. 08 ,8h
1. Execute the foiiowing instructions by hand, then find the final centents of X, Y and memory locati $C159 to $C159. Moving a Block of Memory from One Location to Ancther Algorithm Description In this prograH, we want to move the contents of block 1 ($CI00 to $CIO7) to block 2 ($C150 to'? This means that the contents of $C100 (44H) will move to the contents of $C150 and overwrite them and so on. After executing the program, the contents of the two blocks should be same. Remember, when we write any new data over existing data, the latter will be lost and replaced by the new data. MOve.aSm STARTI · EQU $C100 EQU $CI.07 EQU $C150 : END START2 ORG $CO00 #STARTI #START2 ;x points to 1st byte in block 1 :Y points to 1st byte in block 2 ;get data from blockl ;stoře ít in block2 ;incremerit 1st poi.nter ¡increment 2nd pointer ;reached bottom of the b • LDX LDY AGATN LDAA 0,X STAA 0,Y Memory Cido INX - INY CPX #END AGALN ;no, branch 05 37 57 67 BNE END A ¡yes, stop CI04
Instruction: Rank the given pseudocode (see the attached photo) according to its order of action. In the program flow, the input and checking sequence should be in the following order: number of people checked in, stay duration, meal charges. Furthermore, checking for the number of people should be in increasing order. Pls be guided in the given problem. Problem: Problem: Write a pseudocode to compute for the bill: An inn charges for room use (per night) at PhP 500 per one person, PhP 750 for two people, and PhP 1500 for at least three people. Meal charges, separately computed and to be prepared by the hotel management, will be added to the total bill.
Use Python - Rotations Instruction: Create the following function and call it to the main function. rotate point(point, pivot, angle) It rotates a point (two-float tuple) about a pivot (two-float tuple) by a given angle of rotation (float, degrees). It returns the floating-point coordinates of the rotated point. Notes: Remember to convert the angle in degrees to radians within the function. You are only allowed to use cos, sin, and pi from the math library. Examples of Output (with varying angles): Given: a = rotate_point((100, 100), (100, 80), 0)Output:(100, 80) Given: a = rotate_point((100, 100), (100, 80), 90)Output:(120, 100) Given: a = rotate_point((100, 100), (100, 80), 180)Output:(100, 120)
Question 5 Execute the following instruction by the following Super Scalar and show the execution of Inorder Issue & Out of Order completion (the same color is depedent) Div Mul Lw Sw Add Div Стр Mul
What is the execution result for each of the following instructions : - 1. LHLD 3003 ( [3OO2]=9OH,[30O4]=99H , [3OO1]=1OH,[3OO3]=43H)2.CMA ( If A= 9H ) 3. ADI A, 15H ( A=O1H) 4. INB (If B=34 H) 5. LXI * H 50 H
What the code below does? Consider the following code used to implement a new instruction: foo $t3,$t1,$t2: mask : . word 0xFFFFF83Fs t a r t : l a $t0 , masklw $t0 , 0 ( $ t 0 )l a $t3 , s h f t rlw $t3 , 0 ( $ t 3 )and $t3 , $t3 , $ t 0a ndi $t2 , $t2 , 0 x 0 0 1 fs l l $t2 , $t2 , 6o r $t3 , $t3 , $ t 2l a $t5 , s h f t rsw $t3 , 0 ( $ t 5 )s h f t r : s l l $t3 , $t1 , 0 What does foo does?
5. Poorly Executed Mitosis by CodeChum Admin A mitosis program has gone out of hand and now does abnormal cell duplication. Rather than scrapping the project, the researchers decided to observe and predict the cell duplication using a program. We are tasked to create a program that predicts the state of a cell after n iterations. The program would ask the user for 3 inputs: Base integer Initial factor Number of times to process It works like this: The initial factor is multiplied with the base integer The product of step 1 would be multiplied again with the base integer We keep on doing this depending on the number of times to process. Example: Base integer = 3 Initial factor = 2 Number of times to process = 3 Process: 1.) 2 x 3 = 6 2.) 6 x 3 = 18 3.) 18 x 3 = 54 Therefore, the output would above would be 54. Instructions: In the code editor, you are provided with a main() function that asks the user for the 3 integer inputs required for this program and calls the…
Do the following problems: Given the contents EAX: 58AD 2453H, EBX: 37CE 3A Show the values (states) of the following flags CF, ZF, PF, OF, SF, in EFLAGS, after the execution of the following instructions: a. ADD EAX, EBX b. SUB EBX, EAX
Alert dont submit AI generated answer.