India · CBSE Learning Outcomes
Class 10 Science (EVS K-5)
A comprehensive exploration of chemical reactions, biological systems, and physical phenomena. Students engage in evidence based reasoning and experimental design to understand the mechanics of the universe.
Chemical Transformations and Matter
Investigating how substances interact and change at the molecular level through chemical reactions and acid base chemistry.
Understanding how mass is conserved and how new substances are formed during chemical changes.
Exploring the properties of ions in solution and the practical applications of pH in daily life.
Analyzing the physical and chemical properties that distinguish elements and their industrial utility.
The Living World and Life Processes
Examining the fundamental biological functions that sustain life in plants and animals.
A deep dive into nutrition, respiration, transport, and excretion mechanisms in complex organisms.
Studying the nervous and endocrine systems and how they allow organisms to respond to stimuli.
Investigating asexual and sexual reproduction methods and their roles in species survival.
Heredity and Evolution
Exploring the mechanisms of inheritance and the slow process of biological change over time.
Applying Mendelian genetics to predict the appearance of traits in offspring.
Tracing the history of life through fossils, homologous structures, and molecular evidence.
Light and the Visual World
Studying the physics of light, its behavior through different media, and the mechanics of human vision.
Understanding how light bends and bounces to create images in mirrors and lenses.
Linking biology and physics to understand how we perceive the world and why the sky appears blue.
Electricity and Magnetism
Analyzing the flow of charge and the invisible forces that power modern technology.
Mastering the relationships between voltage, current, and resistance in various circuit configurations.
Exploring how electricity creates magnetism and how motion can generate power.
Environmental Sustainability
Evaluating the impact of human activity on ecosystems and the transition to renewable energy.
Studying food chains, energy flow, and the consequences of waste accumulation.
Debating strategies for the sustainable use of forests, water, and minerals.