Focus on questions about scientific methods, observation, experimentation, and analysis.

Example: Explain the steps of the scientific method with examples.

Questions cover cells, microorganisms, and microbes, including diagram-based and descriptive questions.

Example: Describe the structure and functions of plant and animal cells.

Important questions involve nutrition, diseases, immunity, and hygiene.

Example: Differentiate between communicable and non-communicable diseases with examples.

Focus on electric circuits, Ohm's law, magnetic effects of current, and heating effects.

Example: Calculate the current flowing through a resistor when voltage and resistance are given.

Questions cover types of forces, motion, friction, and applications.

Example: Explain how friction can be both useful and harmful.

Important questions include conceptual and numerical exercises on atmospheric pressure, wind formation, and natural phenomena.

Questions cover solids, liquids, gases, particle behavior, and diffusion.

Example: Explain why gases are compressible but solids and liquids are not.

Practice questions involve classification, properties, and separation techniques.

Example: Differentiate between elements, compounds, and mixtures with examples.

Questions focus on solubility, concentration, types of solutions, and practical applications.

Example: How does temperature affect the solubility of solids in water?

Important questions include reflection, refraction, ray diagrams, and lens types.

Example: Draw the ray diagram for a convex lens forming a real image.

Questions cover celestial movements, calendars, and time measurement.

Example: Explain the cause of day and night with a diagram.

Practice questions involve ecosystem, food chains, and interdependence of organisms.

Example: Explain the importance of decomposers in nature.

Questions include Earth's structure, atmosphere, life-supporting features, and environmental conservation.

Example: Describe the layers of the Earth with their characteristics.