Study plan to score better in Computer Science

Computer science is subject which includes practical and theoretical knowledge. Scoring in computer science subject many a times be challenging as it includes difficult programming languages like C++, java an all. 

Here we come with few essential tips that you can help you to score to better in computer science :

• The majority of the question paper is based on programming; the only way to score is by having a thorough understanding of programming. 

•  Flowcharts are easy and best way to understand and remember programming. 

• Pay attention during practical classes, this will help you score high in the practical marks section which is worth 30 marks.

• Charts are helpful when you are preparing for Boolean algebra. 

• You can use the Oye Exams App for exam preparation. This app will provide entire information regarding your subject.

• Practice programming. Basic computer programming is simple and easy to learn, and is a gateway to your computer science knowledge. 

• There are a lot of different programming "languages," or systems that use unique codes. If you don't know where to start, Python is a nice language for beginners. It's intuitive and easy to learn. You can also consider C++ or Java. 

• Learn functional languages such as Haskell. These are more advanced than the basic languages.

Plan your study as per weight-age of chapters:

1. Networking- 10 marks
learn all abbreviations, role of networking devices, layouts on the basis of topologies, Internet and security.

2. Boolean Algebra- 8 Marks 

Learn functioning of all the Basic and derived Gates, Learn all Boolean theorems, practice writing SOP and POS Boolean expression, simplification of K-Map, and Truth Table.

3. Database and SQL- 8 marks

Learn all terms related to RDBMS, framing queries using SELECT, ORDER BY, GROUP BY, EQUI JOIN.

4. Data Structures-14 marks

1D array, 2D array, Base address calculation, Operation on Stack and Queue.

5. Data File Handling- 6 marks

Operation of text file, reading and updating information from a binary file, understanding file pointers.

6. Object Oriented Programming concepts- 12 Marks

Accessing members in Inheritance (multilevel, multiple, Hierarchal), Calculation of bytes, order of invocation of constructors, Classes and Constructors.