🌟 MCA Gold Medalist 🌟 Star Educator 🌟Gate Qualified 🔴UGC NET qualified🌟BOOK published on LINUX ADMINISTRATION by kalyani publish

Nisha Mittal

In this course we will complete NTA NET Computer Science Previous Year Important Questions .

Prepare for UGC NET 2019 by watching our free online lessons covering UGC Net syllabus and also helping you solve Previous year question papers. Pursue your dream of JRF.

NTA-UGC-NET & SET Exams

Hindi

(Hindi ) NTA NET Computer Science Previous Year Important Questions

Computer Arithmetic

Computer System Architecture

Computer Science & Application

NET Exams

Ace the toughest competitive and government exams in India 

Test Preparation

NTA NET computer science Previous year Question with solution

Part 1 Previous Year Question (in Hindi )

Part 2 UGC NET computer science Previous year Question with solution

Part 2 Previous Year Question (in Hindi )

UGC NET computer science Previous year Question with solution

Part 3 Previous Year Question (in Hindi )

UGC NET computer science Previous year Question with solutions

Part 4 Previous Year Question (in Hindi )

UGC NET computer science Previous year Question 

A job has four pages A, B, C, D and the main memory has two page frames only. The job needs to process its pages in following order: ABACABDBACD Assuming that a page interrupt occurs when a new page is brought in the main memory, irrespective of whether the page is swapped out or not. The number of page interrupts in FIFO and LRU page replacement algorithms are

Part 5 Previous Year Question (in Hindi )

Previous year Question related to 
Page replacement algorithm for practise

Part 6 Previous Year Question (in Hindi )

Part 7 Optimal Algorithm for page replacement ( in Hindi )

Part 8 Resource allocation MCQS (in Hindi ) part 1

Part 9 Resource allocation MCQS (in Hindi ) part 2

Resource allocation to find out deadlock occurence

Part 10 Deadlock (in Hindi)

Part 11 Solution of deadlock related question (in Hindi )

Consider  the  following  operations  performed  on  a  stack  of  size  5 : Push  (a);  Pop()  ;  Push(b); Push(c); Pop(); Push(d);  Pop();Pop();  Push  (e) Which  of  the  following  statements  is  correct  ? (1)  Underflow occurs (2)  Stack  operations  are  performed  smoothly (3)  Overflow  occurs (4)  None  of  the  above

Which of the following statements is correct ? (In Hindi)

In this course, the educator discusses how to find the complement of Binary Numbers in detail. Here you will understand 1's complement , 2's complement and related topics in detail for NTA NET computer science, KVS PGT aspirants,  GATE computer science aspirants.

(Hindi ) Complements of Binary Numbers: NTA-UGC NET Computer Science

Educator - Computer Science & Informatics Practices | MCA | 6+  Years Experience | Referral Code: "LALIVE" to Join Special(FREE)/Plus Class

Lovejeet Arora

Here in this course we will discuss Binary, Octal, Hexadecimal, Decimal
Number System in Computer.
As well as conversions also, how can we convert one base to another base.

(Hindi) Number System in Computer (With Conversions) : NTA-UGC NET

In this course, Nisha Mittal will teach you the conversion from one number system to another number system in an easy manner .This course is very useful for NTA NET computer science, KVS PGT aspirants, GATE Aspirants.

(Hindi) Number System Conversion for NTA UGC NET Computer Science

In this course we 'll cover previous year questions of UGC NET computer science related to subject Digital Electronics.  so course is important for NTA NET Computer Science aspirants.

(Hindi) Previous Year Questions with Solution- MCQs | Digital Electronics: NTA-UGC NET

MCA from Calicut University,MPhil from Bharathidasan University,MBA from Annamalai University.
Profession : Computer Lecturer and Programmer

Sajeer Ek

In this course, the educator discusses different number system conversation techniques. The course will be beneficial for 
NTA-UGC NET Aspirants.

NTA NET Previous Year Questions and Solutions

In this course we will cover all topics related to Flip Flops, types of flip flops in detail for UGC NET computer science. so follow the lessons in a sequential manner for better understanding.

Lessons

12 lessons • 1h 36m