CUET 2025 PYQ’s File Handling

File handling is one of the most important and practical topics in Class 12 Computer Science, especially when preparing for competitive exams like CUET. It teaches students how to store, read, write, and manipulate data in text or binary files using Python. This skill is essential for any aspiring programmer or computer science student, as handling files is a common real-world task. In the CUET exam, questions from file handling are frequently included because they test both conceptual understanding and application. By practicing chapterwise PYQs (Previous Year Questions), students can become familiar with the recurring question formats, such as identifying correct file handling methods, predicting the output of file-related Python code, and correcting syntax errors. These questions may involve reading lines using methods like .read(), .readline(), or .readlines(), writing to files using .write() and .writelines(), or using file opening modes such as "r" for read, "w" for write, "a" for append, and "rb" or "wb" for binary files. Through consistent practice of PYQs, students get exposed to all the commonly tested scenarios and patterns, which allows them to answer more confidently and accurately in the actual exam. File handling can seem tricky at first because it introduces new concepts like file pointers, modes, and exception handling during file operations. However, practicing real questions helps break down that complexity by showing exactly how these concepts are used in exam-ready examples.

Students often find it difficult to remember all the functions and methods involved in file handling just through theory. This is where PYQ practice becomes incredibly useful. By seeing actual questions and writing or tracing code, students are able to apply their learning, which reinforces memory and builds a solid foundation. For example, many CUET questions will ask what the output of a particular file reading loop is, or which mode will create a file if it doesn’t already exist. These kinds of questions are only easy to solve if the student has seen similar patterns during preparation. The more PYQs you solve, the better your understanding of these concepts becomes, and the faster you’ll be able to answer similar questions under exam pressure. Another benefit of solving PYQs is the ability to identify and correct common errors. Students often forget to close the file using .close(), or they confuse the "r" and "w" modes. Practicing PYQs ensures that such mistakes are minimized, which is essential for scoring full marks in this topic. Additionally, file handling is often combined with exception handling in Python, meaning questions can include both concepts in one. This makes practicing previous year questions even more valuable, as they cover integrated scenarios and mixed-concept applications.

The download section on this page contains CUET PYQs from recent years, organized specifically for file handling. These PDFs are curated to give students exactly what they need—actual past questions with updated format and relevant difficulty levels. Whether you are revising the topic or preparing it for the first time, using these PYQs will help you identify your strong and weak areas. You can solve them, compare your answers, and revise accordingly. The practice also helps with time management and boosts confidence. Since file handling is a scoring topic and often contains straightforward questions, it is smart to master it using real exam questions. Students who regularly practice PYQs tend to perform better, not just because they understand the topic better, but because they are familiar with the exam mindset. Solving one or two sets of PYQs each week can significantly improve your speed, accuracy, and problem-solving approach. Whether you’re preparing for boards, CUET, or both, these chapterwise PYQs for file handling are an essential tool for success. Download them now and begin strengthening your command over Python file handling today.