Free · No sign-up fee · Timed practice
Free UGC NET Paper 2 Computer Science and Applications mock test: 100 subject MCQs, 200 marks, no negative marking, with instant AI explanations.
Start the UGC NET Computer Science and Applications paper →
UGC NET Paper 2 tests the single subject you registered for, at 100 questions and 200 marks. This Computer Science and Applications paper covers discrete structures, algorithms, operating systems, databases, networks, software engineering and machine learning. There is no negative marking, so every question is worth an attempt.
| Questions | 100 subject MCQs |
|---|---|
| Total marks | 200 |
| Marking | No negative marking |
| Duration | 2 hours |
These are practice questions, not official papers. Report unclear questions through the in-test report control; a report does not guarantee an immediate correction.
Trace algorithms and state changes instead of relying on recognition. Alternate discrete mathematics and theory revision with short problems on data structures, operating systems, databases and networks, checking complexity and boundary conditions explicitly.
These short examples show the style of reasoning used in the simulator. They are illustrative and are not a full practice paper.
B — Queue
Breadth-first search explores vertices level by level, so a first-in, first-out queue preserves discovery order.
B — X is a superkey
BCNF requires the determinant of every non-trivial functional dependency to be a superkey.
Pattern information was reviewed against the NTA UGC NET official website on . Exam rules can change, so check the latest official information before booking or sitting an exam.
100 subject-specific MCQs worth 200 marks, matching the real Paper 2 format.
No. Nothing is deducted for a wrong answer, so leaving questions blank only costs you.
No. Both papers are taken in one sitting and the aggregate decides qualification, so a strong Paper 2 can offset a weaker Paper 1.
Start with the areas where your timed accuracy is weakest, then rotate through the full syllabus. This paper covers discrete structures, computer architecture, programming and data structures, algorithms, operating systems, databases, computer networks, software engineering and artificial intelligence.