The Complete Class X - Science Courses

4.5 /5.0
12,000 Enrolled
Class X

Welcome to your Learning Journey!

Aligned with NEP, NCF, and NCERT syllabus to build strong language foundations through interactive learning.

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Course Description

This course offers an engaging and immersive learning experience designed to meet the needs of young learners. Each module begins by activating prior knowledge and tailoring the learning pathway based on the learner's readiness. Concepts are made accessible through visually rich content, structured explanations, and interactive digital environments. AR/VR experiences further extend understanding by enabling meaningful hands-on exploration. Continuous check-ins support progress throughout the unit, while end-of-module evaluations assess overall mastery. By combining purposeful pedagogy with advanced digital tools, the course ensures deeper conceptual clarity, long-term retention, and an enjoyable learning journey for every child.

Key Elements of the Learning Design
  • Pre-learning/Diagnostic Assessments
  • Mind Map
  • Core Concept
  • Formative Assessments
  • Summative Assessments
  • Game Based Activities
  • Guided Summary
  • Personalised Feedback and learning Enhancements

Approach: Catering to Diverse Learning Styles

The course is built on a multi-modal instructional philosophy that acknowledges how differently children learn. Instead of depending on a single method, it provides varied pathways—visual, auditory, experiential, collaborative, and inquiry-driven—ensuring every learner finds an entry point that suits their style. By blending multimedia resources, structured interactions, peer-supported tasks, hands-on exploration, and reflective opportunities, the learning process becomes inclusive, engaging, and adaptive. This approach also supports personalized progression, allowing each learner to move at a pace that matches their understanding.

Components Supporting the Approach
  • Flipbooks
  • 2D/3D Videos
  • AR/VR Activities
  • Simulations and Interactivities
  • Assessment of/for/as Learning
  • Handson Activities
  • Cooperative learning scaffolds
  • Personalised and Adaptive Learning System

Learners completing this course will be able to:

• Explain chemical reactions, equations, and types of chemical changes
• Understand acids, bases, salts, and their everyday applications
• Describe metals, non-metals, and their chemical properties
• Understand carbon compounds and their versatile nature
• Explain life processes such as nutrition, respiration, transport, and excretion
• Describe control and coordination in animals and plants
• Understand reproduction, heredity, and evolution basics
• Explain electricity, circuits, resistance, and heating effects
• Understand magnetic effects of electric current
• Describe reflection, refraction, and applications of light
• Explain sources of energy and their advantages and limitations
• Understand environmental issues and sustainable practices
• Apply scientific principles to everyday problems and decisions
• Draw and interpret ray diagrams, circuit diagrams, and graphs
• Conduct lab experiments following safety rules and proper procedures

Course playlist
Warm Up
Flipbook
Chemical Equations
Types of Chemical Reactions
Effects of Oxidation Reactions
Interactivity
Key Take Aways
Warm Up
Experimenting with Indicator for Testing Acids and Bases
Characterising Acids
Characterising Bases
Analysing Strength of Acidic and Basic Solutions
Characterising Salts
Sources of Common Salt (Sodium Chloride)
Bleaching Powder
Baking Soda
Washing Soda
Water of Crystallisation
Plaster of Paris
Interactivity
Key Take Aways
Warm Up
Evaluating Metals
Evaluating Non-metals
Elaborating Chemical Properties of Metals
Elaborating Chemical Properties of Non-metals
Exploring Uses of Metals and Non-metals
Defending Inertness of Noble Gases
Evaluating Ions
Internalising Ionic Bond and Ionic Compounds
Internalising Covalent Bonds and Covalent Compounds
Exploring Occurrence of Metals
Studying Extraction of Metals
Analysing Corrosion
Forming Alloys
Interactivity
Key Take Aways
Warm Up
Versatile Nature of Carbon
Functional Group
Some Important Carbon Compounds
Soaps and Detergents
Interactivity
Key Take Aways
Warm Up
Heterotrophic Nutrition
Photosynthesis
Mechanism of Breathing and Respiration
Transportation in Human Being
Excretion
Interactivity
Key Take Aways
Warm Up
Animal Hormones
Control and Coordination
Coordination in Animals Animal Nervous System
Coordination in Plants Movement Due to Growth
Coordination in Plants Non Directional Growth Nastic Movement
Human Brain and Spinal Cord
Muscle and Nerve Coordination
Plant Hormones
Reflex Voluntary Action and Involuntary Action
Interactivity
Key Take Aways
Warm Up
Asexual Mode of Reproduction
Heredity and Variation
Reproduction in Humans
Reproductive Health
Sexual Mode of Reproduction
Sexual Reproduction in Flowering Plant
Interactivity
Key Take Aways
Warm Up
Application of Mendel’s Law – Sex Determination, Blood Group Inheritance
Fossil
Evolution and Speciation
Mendel’s Laws of Inheritance
Traits, Variation and Heredity
Interactivity
Key Take Aways
Warm Up
Laws of Reflection
Laws of Refraction
Lens Formula and Magnification
Mirror Formula and Magnification (m)
Power of Lens
Reflection and its Types
Reflection Through Concave Mirrors
Reflection Through Convex Mirror
Reflection Through Plane Mirrors
Refraction Around Us
Refraction by Spherical Lenses
Refraction Concave Lens
Refraction Convex Lens
Spherical Mirrors
Uses Mirrors
Interactivity
Key Take Aways
Warm Up
Human Eye
Power of Accommodation
Common Defects of Vision
Refraction Through Glass Prism
Dispersion of Light
Atmospheric Refraction
Scattering of Light
Interactivity
Key Take Aways
Warm Up
Electric Circuits
Electric Current
Electricity an Important Source of Energy
Electric Potential and Potential Difference
Circuit Diagram
OHM's Law
Factors on Which Resistance of Conductor Depends
Resistances in Parallel
Resistances in Series
Heating Effect of Current
Applications of the Heating Effect of Current
Electric Power
Interactivity
Key Take Aways
Warm Up
Magnetic Field Around a Magnet
The Electric Motor
Force on a Current Carrying Conductor in a Magnetic Field
Electromagnet
Electromagmnetic Induction
Electric Generator
Domestic Electric Circuits
Interactivity
Key Take Aways
Warm Up
Ecology and Its Components
Food Chain and Web
Effects of Human Activity Ozone Depletion
Waste our Environment and Managing Waste
Interactivity
Key Take Aways
Course Details
  • Chapters 13
  • Videos 65+
  • Interactivities 39+
  • Assessments 1300+