Q3\ if 0001 = Load AC from memory, 0010 Store AC to memory, 0101= Add to AC from memory Where we have three memory location 500,501 and 502 the contents in first location is 1880, the contents in second location is 5881 and the contents in third location is 2881. the contents of 880 is 0002 and the contents of 881 is 00O3.DRAW a diagram that show the contents of PC,IR and AC at the end of program ?

Q3\ if 0001 = Load AC from memory, 0010 Store AC to memory, 0101= Add to AC from memory Where we have three memory location 500,501 and 502 the contents in first location is 1880, the contents in second location is 5881 and the contents in third location is 2881. the contents of 880 is 0002 and the contents of 881 is 00O3.DRAW a diagram that show the contents of PC,IR and AC at the end of program ?

Name: Q3\if o001= Load AC from memory, 0010 = Store AC to memory, 0101= Add
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Q3\if o001= Load AC from memory, 0010 = Store AC to memory, 0101= Add toAC from memory Where we have three memory location 500,501 and 502 thecontents in first location is 1880, the contents in second location is 5881 and thecontents in third locati

Microsoft Visual C#

7th Edition

ISBN:9781337102100

Author:Joyce, Farrell.

Publisher:Joyce, Farrell.

Chapter8: Advanced Method Concepts

Section: Chapter Questions

Problem 7RQ

See similar textbooks

Similar questions

OOP Programming Q5. Draw the state-of-memory diagram for the following code. 1 Account latteAcct, espressoAcct; 2 latteAcct = new Account(); 3 espressOAcct = new Account(); 4 latteAcct = espressoAcct;
Interrupts are system wide events that stop the execution of a currently running process. Examples of interrupts include (but are not limited to) mouse clicks, process termination, key presses, etc. Some interrupts are considered as more important to be handled first then the others. For example, a hardware interrupt such as hard drive read operation has lesser priority than a memory read. In this way, the most appropriate data structure for representing of such events is the priority queue. Demonstrate by writing an algorithm or a flowchart how to insert the following interrupts in a heap so the highest priority element should move out first. Interrupts Priorities INT 0 100 INT 10 51 INT 11 52 INT 21 54
Write the mnemonics of the following program: The pressure of two boilers is monitored and controlled by a microcomputer works based on microprocessor programming. A set of 6 readings of first boiler, recorded by six pressure sensors, which are stored in the memory location starting from 2050H. A corresponding set of 6 reading from the second boiler is stored at the memory location starting from 2060H. Each reading from the first set is expected to be higher than the corresponding position in the second set of readings. Write an 8085 sequence to check whether the first set of reading is higher than the second one or not. If all the readings of first set is higher than the second set, store 00 in the ‘D’ register. If any one of the readings is lower than the corresponding reading of second set, stop the process and store FF in the register ‘D’. Data (H): First set: 78, 89, 6A, 80, 90, 85 Second Set:71, 78, 65, 89, 56, 75
Write a c++ program to do the follwing: Consider a cloud provider have different cloud services. Each cloud services have the following features: Number of clients. Customer Id. Security type for the service : private - public - hybrid Frequency of the service: 400 kb/s - 500 kb/s - 600 kb/s Function for adding new customer. Function for deleting a customer. Function to search for a customer. Function to print all customer. Function to print all cloud service information Each cloud service should include constructor and destructor Notes: Similaraties of the code will be evaluted via the system Proper Code style, Comments, and Identifiers will be considered
Please write following program in C#. take address as input and then split address into five parts: 1- Street Address: 2- City: 3- ZIP: 4- Province 5- County Note : Adress is : Street No 8 ,rawalpindi ,10370,punjab , Pakistan 1- Street Address: Street No 8 2- City: Rawalpindi 3- ZIP: 10370 4- Province : punjab 5- County: Pakistan
Write a C program that manages a student database. Each student has a name, roll number, and marks in three subjects. The program should: (i) Allow the user to input information for a specified number of students. (ii) Calculate and display the average marks for each student. (ii) Identify and display the student with the highest average marks. (iv) Identify and display the student with the lowest average marks. (v) Determine and display the overall average marks for all students. Requirements: Apply structures to represent student information. Use functions for better modularization. Display the results clearly for each student.
Please answer this in C Task 2: GPA analysis 1. Open a C editor and create a new file called task2.c. 2. You want to write a C program that analyzes students’ GPA. If the GPA is greater than or equal to 3.9, the student makes the dean’s honor list. If the GPA is less than 2.00, the student is sent a warning letter indicating that the GPA is below the graduation requirement.
Q-5: A semaphore for a resource with four channels is defined by the following structure (after multiple operations running for some time ending with the three waits shown below) Process 100: wait( s1); Process 101: Process 105: wait(s); wait(s1); This produces the current values of the semaphore as: semaphore s1 { } value = -3; *list={100, 101, 105) // processes will be awakened in order from left to right Describe how the semaphore value and list change for the following sequences: What is *list and value? What is list and value? What is *list and value? What is list and value? What is list and value? Process 111: signal(sl); Process 91: signal(s1); Process 110: wait(s); Process 95: signal(sl); Process 113: signal(sl); For this does it make sense that Process 105 can execute a signal function? Process 105: signal(sl); What is list and value?
1. Implement a transaction-based priority queue data structure using C++. The program will be interactive. A prompt will be displayed requesting an input transaction. Each input transaction will be entered at the command line and results will be displayed on the console. 2. Each input transaction will represent either (1) a new print request transaction or (2) a "service" transaction. A new print request transaction will be represented by a string consisting of a priority code (1, 2 or 3), a sequential job number and a user name all separated by hyphens. Each print request is scheduled based on priority and job number. The priority was already determined by document size and user name. Priority 1 is the highest and priority 3 is the lowest. Each print request is placed in a priority queue and will be serviced by the next available printer. A "service" transaction results in a print request being removed from the priority queue and the customer name being displayed on the console. A…
Q3: Normalize the following table, given 1NF, 2NF and BCNF: 8. Module Dept Lecturer Texts M1 D1 L1 T1,T2 M2 D1 L1 T1,T3 M3 D1 L2 T4 M4 D2 L3 T1,T5 M5 D2 14 T6
1. Based on uC/OS-II, you need to design a program on our experimental platform. The program contains two tasks. Task 1 controls LED0 to be on for 1000ms and off for 500ms. Task 2 controls LED1 to be on for 500ms and off for 200ms. Note that the other parts have been completed, you only need to design the function void led0_task(void *pdata) of Task 1 and the function void led1_task(void *pdata) of Task 2. void led0_task(void *pdata) { } void led1 task(void *pdata)
you wrote a software simulation of a computer that executes programs written in Simpletron Machine Language (SML). In this exercise, we propose several modifications and enhancements to the Simpletron Simulator. In Exercises 19.30–19.34, we propose building a compiler that converts programs written in a high-level programming language (a variation of BASIC) to SML. Some of the following modifications and enhancements may be required to execute the programs produced by the compiler. [Note: Some modifications may conflict with others and therefore must be done separately.] Allow the simulator to perform exponentiation calculations. This requires an additional Simpletron Machine Language instruction.