Grade 7 - Science

Course Description

Grade 7 - Science

Science is a crucial subject that not only supports academic achievement but also enhances our understanding of everyday life. Our world operates based on scientific principles, making it essential for students to grasp these concepts thoroughly.

At Roboprenr, our Grade 7 science curriculum is meticulously designed to align with the latest patterns followed by ICSE, CBSE, IB, IGCSE boards, and various Olympiads. This curriculum ensures that students gain a comprehensive understanding of scientific concepts while engaging in practical, hands-on learning.

Upon Completion of the Course, Students Will Have:

  • Comprehensive Understanding: Explored fundamental scientific concepts essential for both academic success and real-life applications.
  • Curriculum Alignment: Followed a curriculum designed to meet the standards of ICSE, CBSE, IB, IGCSE boards, and Science Olympiads, providing a thorough and relevant education.
  • Practical Learning Experience: Engaged in hands-on experiments and interactive sessions that make scientific principles accessible and interesting.
  • Academic and Olympiad Excellence: Benefited from a curriculum and practice that prepare students for academic exams and science Olympiads.
  • Real-World Relevance: Understood how scientific laws apply to everyday life, bridging the gap between theoretical knowledge and practical use.

Information on Olympiad exams

What is Olympiad examination?

Olympiad examinations at school level are competitive examination, based on the school syllabus, which are conducted through various independent organization. These exams give exposure to students about the competition and make them ready to face any competitive challenge that would be thrown upon them in the future.

Importance of Olympiad examination

Olympiad Examinations help to identify a child's capability and assessment of his/her real potential in competing in today's world. They also bring out the areas needing attention so that proper orientation can be given in areas lacking proficiency. In a nutshell, they are a platform for realistic assessment to prepare a child to face the modern competitive world.

Experts agree that "Early Age Competition" can be a "win" for Kids - but only if parents, coaches and teachers handle it well. The competition should be healthy, not harmful.

How to prepare for Olympiad exams?

Most of the Olympiad exams are conducted on the similar syllabus that Kid s are studying at school. It means that they do not require additional reference books for the preparation of these exams. However, at the same time questions asked in these exams are quite different than what kid s learn in the school. Questions are trickier and conceptual.

To excel in "Olympiad Exams", it is essential for the students to understand the exam pattern, evaluate and prepare themselves on the Olympiad standard question.

We at Roboprenr provides an objective and in-depth program for Olympiad Exam preparation.

    • Curriculum is designed to provide comprehensive coverage for ICSE, CBSE, IB & IGCSE boards and various Olympiads.

      SECTION 1: Academic

      Physics

      1. Measurement: Understanding units, instruments, and methods to measure physical quantities like length, mass, and time.
      2. Motion and Time: Exploring concepts of speed, velocity, and how time and distance are related in motion.
      3. Sound: Learning about sound waves, their properties, and how sound travels through different mediums.
      4. Heat: Studying how heat is transferred and its effects on substances.
      5. Light: Understanding light behaviour, reflection, refraction, and the nature of lenses and mirrors.
      6. Electricity: Introduction to electric charges, circuits, current, voltage, and resistance.
      7. Waves: Learning about wave properties and types, including mechanical and electromagnetic waves.
      8. Force: Understanding how forces cause objects to move or change shapes.

        Chemistry

      9. Elements, Compounds, Atoms, and Molecules: Basic structure of matter, differences between elements and compounds, and atomic theory
      10. Physical and Chemical Changes: Differentiating between physical and chemical changes.
      11. Metals and Nonmetals: Properties, uses, and reactions of metals and nonmetals.
      12. Acids, Bases, and Salts: Understanding the properties and reactions of acids, bases, and salts.
      13. Combustion: Exploring the process of burning and how it relates to chemical reactions and energy.
      14. Chemistry in Our Life: Application of chemistry in daily life, including medicine, cleaning agents, and food.

        Biology
      15. Cell: The Structural Unit of Life: Learning about the cell structure, organelles, and their functions.
      16. Basis of Classification: Understanding how living organisms are classified into kingdoms and other taxonomic ranks.
      17. Plant Life: Respiration, Photosynthesis, and Transpiration: Exploring how plants make food, exchange gases, and regulate water.
      18. Nutrition in Animals and Plants: Understanding how living organisms obtain and process food.
      19. Human Body: Excretory and Nervous System: Learning how the body removes waste and how the brain and nerves control functions.
      20. Increasing Population: Its Impact on the Environment: Studying the effects of population growth on natural resources and ecosystems.
      21. Life under a Microscope: Observing microorganisms and understanding their roles in the environment and human health.
      22. Winds, Storms, and Cyclones: Learning about weather patterns and how these phenomena develop.
      23. Transportation in Animals and Plants: Understanding how nutrients and water are transported in living organisms.
      24. Weather, Climate, and Adaptations of Animals to Climate: Exploring how climate affects ecosystems and how animals adapt to different climates
        Section 2: Olympiad

      Verbal Reasoning

      1. Logical Order of Words: Arranging words in a logical sequence based on meaning or other criteria.
      2. Syllogism: Understanding logical reasoning through premises leading to conclusions.
      3. Analogy: Identifying relationships between pairs of words or ideas.
      4. Blood Relation Test: Solving problems based on family relationships.
      5. Series Completion: Finding the next item in a sequence of numbers or objects.
      6. Data Sufficiency: Assessing whether given data is sufficient to solve a problem.
      7. Arithmetic Reasoning: Applying arithmetic concepts to solve logical problems.
      8. Verification of Truth: Checking the validity of statements.
      9. Classification: Grouping items based on common characteristics.
      10. Character Puzzles: Solving puzzles using letters, numbers, or symbols.
      11. Seating Arrangement: Organising people or objects according to specific rules.
      12. Cube and Cuboid: Visualizing and solving problems involving 3D shapes.
      13. Logical Venn Diagrams: Using diagrams to solve logical problems involving sets.
      14. Dice: Understanding the properties and orientations of dice.
      15. Direction Sense Test: Determining directions based on given clues.
      16. Coding-Decoding: Interpreting or creating codes using letters or numbers.
      17. Word Formation: Forming words from given letters or sets of rules.
      18. Eligibility Test: Determining eligibility based on given criteria.
      19. Number, Ranking, and Time Sequence Test: Solving problems based on sequences, rankings, or timelines.
      20. Matrix Coding: Interpreting and solving problems using matrix arrangements.

      Non-verbal Reasoning

      1. Completion of Series: Identifying patterns and completing sequences of shapes or figures.
      2. Analogy - Non Verbal: Recognizing relationships between figures or shapes.
      3. Counting of Figures: Counting specific shapes or patterns within a larger figure.
      4. Mirror Images: Determining the mirror image of a given figure.
      5. Water Images: Finding the reflection of a figure in water.
      6. Embedded Figures: Identifying a figure hidden within a complex design.
      7. Completion of Figures: Completing a figure by adding missing parts.
      8. Figure Matrix: Solving problems by finding patterns in a matrix of figures.
      9. Paper Folding: Visualising the outcome of folding a piece of paper.
      10. Classification: Grouping figures based on shared characteristics.
      11. Grouping of Figures: Categorising figures based on similarities.
      12. Paper Cutting: Predicting the outcome of cutting folded paper.
      13. Dot Situation: Matching dots on figures based on patterns or positions.
      14. Formation of Figures: Creating figures by combining given shapes.
      15. Square Completion: Completing a square by identifying missing parts.
      16. Cubes and Dice: Visualizing and solving problems with 3D shapes.

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