Grade 10 - Science

Course Description

Grade 10 - Science

Science is a crucial subject that not only supports academic achievement but also helps us understand everyday phenomena. The laws of science govern our world, making it essential to grasp these concepts thoroughly.

At Roboprenr, our Grade 10 Science curriculum is designed to align with the latest standards and patterns followed by ICSE, CBSE, IB, IGCSE boards, and various Olympiads. This well-structured curriculum, combined with extensive practice, ensures that students excel in their academic exams and perform well in Olympiads.

Upon Completion of the Course, Students Will Have:

  • A clear understanding of Grade 10 scientific concepts, enhancing their grasp of everyday phenomena.
  • The ability to approach scientific problems and experiments methodically.
  • Experience with a blended learning model that supports both classroom instruction and independent study.
  • Comprehensive preparation for science Olympiads, with a focus on theoretical knowledge and practical application.
  • Regular assessments to track progress and ensure effective learning.

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. Force: Understanding the interaction that changes an object's motion, including concepts like types of forces and Newton's laws.
      2. Work, Energy, and Power: Study of how work is done by forces, the concept of energy and its conservation, and the rate at which work is done (power).
      3. Machines: Study of devices that make work easier by changing the direction or magnitude of a force, including levers, pulleys, and gears.
      4. Refraction of Light at Plane Surfaces: Understanding how light bends when it passes through a flat surface, including Snell's law and refraction indices.
      5. Refraction through a Lens: Study of how lenses bend light to form images, including concepts of focal length and magnification.
      6. Spectrum: Analysis of the range of different colours of light or other electromagnetic waves, produced by dispersion through a prism.
      7. Sound: Understanding the nature of sound waves, their propagation, frequency, pitch, and the Doppler effect.
      8. Current Electricity: Study of electric current, resistance, Ohm's law, and electrical circuits.
      9. Household Circuits: Understanding electrical wiring and safety in domestic settings, including series and parallel circuits.
      10. Electromagnetism: Study of the relationship between electricity and magnetism, including electromagnetic fields and induction.
      11. Calorimetry: Measurement of heat transfer in chemical reactions and physical processes.
      12. Radioactivity: Study of radioactive decay, types of radiation, and nuclear reactions.
      13. Sustainable Management of Natural Resources and Our Environment: Strategies for conserving resources and protecting the environment, including renewable energy and pollution control.

      Chemistry

      1. Periodic Table, Periodic Properties, and Variation in Properties: Study of the arrangement of elements and their periodic properties, such as atomic size and ionisation energy.
      2. Chemical Bonding: Understanding how atoms bond to form molecules, including ionic, covalent, and metallic bonds.
      3. Acids, Bases, and Salts: Study of the properties, reactions, and uses of acids, bases, and their salts.
      4. Mole Concept and Stoichiometry: Study of the mole as a unit of measurement and its use in calculating reactants and products in chemical reactions.
      5. Electrolysis: Process of using electrical energy to drive chemical reactions, including the decomposition of compounds.
      6. Metallurgy: Study of the extraction and processing of metals from ores.
      7. Study of Compounds: Hydrogen Chloride, Ammonia, Nitric Acid, Sulphuric Acid: Properties, reactions, and uses of these important chemical compounds.
      8. Organic Chemistry - Alkanes, Alkenes, Alkynes, Alcohols, Carboxylic Acids: Study of hydrocarbons and their derivatives, including their properties and reactions.
      9. Petrochemicals and Polymers: Study of chemicals derived from petroleum and the synthesis of polymer materials.

      Biology

      1. Cell: The Structural and Functional Unit of Life: Study of cell structure and functions, including organelles and cell processes.
      2. Structure of Chromosomes, Cell Cycle, and Cell Division: Understanding chromosome structure, stages of cell division (mitosis and meiosis), and the cell cycle.
      3. Genetics: Study of heredity and genetic variation, including Mendelian genetics and genetic disorders.
      4. Absorption by Roots: Understanding how plants absorb water and nutrients from the soil through their root systems.
      5. Transpiration: Process by which plants release water vapor into the atmosphere through their leaves.
      6. Photosynthesis: Process by which plants convert sunlight into chemical energy, including the light-dependent and light-independent reactions.
      7. The Circulatory System: Study of the heart, blood vessels, and blood flow throughout the body.
      8. The Excretory System: Understanding the organs and processes involved in removing waste from the body.
      9. The Nervous System: Study of the brain, spinal cord, and nerves, and their role in controlling body functions and responding to stimuli.
      10. Endocrine Glands: Understanding glands that secrete hormones into the bloodstream to regulate various bodily functions.
      11. The Reproductive System: Study of human reproduction, including reproductive organs, processes, and development.
      12. Population, Health, Health Organisations: Understanding population dynamics, health issues, and the role of health organisations in improving public health.
      13. Pollution: Study of environmental pollutants, their sources, effects, and control measures.

      Section 2 - Olympiad

      1. Verbal Reasoning: Problems requiring the use of language and logic to solve questions involving verbal patterns and relationships.
      2. Logical Order of Words: Arranging words to form coherent sentences or logical sequences.
      3. Syllogism: Drawing conclusions from premises based on logical reasoning.
      4. Analogy: Identifying relationships between pairs and applying the same relationship to other pairs.
      5. Blood Relation Test: Solving problems related to familial relationships.
      6. Series Completion: Identifying and completing sequences in numbers, letters, or symbols.
      7. Data Sufficiency: Determining if the given data is enough to answer a specific question.
      8. Arithmetic Reasoning: Using arithmetic operations and logical reasoning to solve problems.
      9. Verification of Truth: Assessing the truthfulness of statements or arguments.
      10. Classification: Grouping items based on shared attributes.
      11. Character Puzzles: Solving puzzles involving symbols or characters to uncover hidden patterns.
      12. Seating Arrangement: Determining the arrangement of objects or people based on given conditions.
      13. Cube and Cuboid: Solving problems related to the properties and measurements of cubes and cuboids.
      14. Logical Venn Diagrams: Using Venn diagrams to analyse relationships between sets.
      15. Dice: Analysing problems involving dice, including probability and outcomes.
      16. Direction Sense Test: Solving problems related to direction and navigation.
      17. Coding-Decoding: Translating or interpreting coded information.
      18. Word Formation: Creating or identifying words from given letters.
      19. Eligibility Test: Assessing whether specific conditions or criteria are met.
      20. Number, Ranking, and Time Sequence Test: Solving problems involving numerical sequences, ranking, and time-based scenarios.
      21. Matrix Coding: Encoding or decoding information using matrices.

      CBSE Exclusions : 

      Physics - 3. Machines, 9. Household Circuits, 10. Calorimetry, 11. Radioactivity

      Chemistry - 4. Analytic Chemistry, 5. Mole concept and stoichimoetry, 6. Electrolysis, 8. Study of compounds, 9. Sulphuric acid, 10. Organic Chemistry, 11. Petrochemical and polymers

      Biology - 3. Genetics, 4. Absorption by roots, 5.Transpiration, 6. Photosynthesis, 7.The circulatory system, 8 .The Excretory system,10. Endocrine glands     

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