NSO Syllabus for Class 1
The National Science Olympiad (NSO) exam is a prestigious science competition organized by the Science Olympiad Foundation (SOF) for students from Class 1 to 12. Here is a detailed overview of the NSO Class 1 exam pattern, syllabus, and preparation tips.
Exam Pattern and Syllabus of Class 1 NSO
The NSO Class 1 exam consists of three sections with a total of 40 marks. The duration of the exam is 60 minutes, and the exam is conducted offline.
|Section||Number of questions||Marks per question||Total marks|
Section 1 - Logical Reasoning: This section has 5 questions across the following topics, with a total of 5 marks.
Topic 1 - Patterns
Topic 2 - Odd one out
Topic 3 - Measuring units
Topic 4 - Geometric shapes
Topic 5 - Spatial understanding
Topic 6 - Ranking Test
Topic 7 - Problems based on figures
The questions are designed to test the students' logical and analytical skills, including their ability to think critically, identify patterns, and solve problems.
Section 2 - Science: The Science section has 25 questions across the following chapters:
Chapter 1 - Living and Non-living Things
Chapter 2 - Animals
Chapter 3 - Plants
Chapter 4 - Human beings and their needs
Chapter 5 - Good haits and safety rules
Chapter 6 - Air and water
Chapter 7 - Weather and sky
This section carries a total of 25 marks, and the questions are designed to test the students' understanding and knowledge of fundamental scientific concepts and principles.
Section 3 - Achiever's Section: The Achiever's section has 5 higher order thinking (HOT) questions with a total of 10 marks based on the chapters covered in section 2.
These questions are designed to test the students' ability to apply their knowledge and skills to solve complex problems and think creatively.
Preparation Tips: To prepare for the NSO Class 1 exam, it is essential to go through the syllabus thoroughly and practice with the help of sample papers, mock tests, and previous year papers prepared by experts of Olympiadtester.
Students should focus on developing a strong foundation in science and mathematics, as the exam tests their conceptual understanding and application of the same. Additionally, students should improve their logical and analytical skills by solving puzzles, brain teasers, and other reasoning questions.