Looking to help your Grade 10 child excel in science? Our Grade 10 Science Curriculum offers an in-depth study of advanced biology, chemistry, and physics, focusing on complex concepts and real-world applications. Students investigate genetics, chemical reactions, energy transformations, electricity, and scientific inquiry through engaging lessons and hands-on experiments. The curriculum emphasizes analytical thinking, scientific literacy, and problem-solving, preparing students for higher education and future STEM opportunities. With support from expert tutors, learners develop strong research skills, critical thinking, and a passion for scientific discovery. Explore the Grade 10 Science Curriculum below to see how we empower future scientists and innovators!

Common Core Grade 10 Integrated Science Curriculum

Course Overview
An integrated science curriculum exploring biological, chemical, and physical phenomena through comprehensive theoretical and practical learning.
Unit 1: Cellular and Atomic Foundations
Biology: Cell Biology
  Cell structure and organelles
  Cellular metabolism
  Photosynthesis and cellular respiration
  Cell division (mitosis and meiosis)
  Membrane transport mechanisms
Chemistry: Atomic Structure and Periodic Table
  Atomic models and electron configurations
  Periodic table organization
  Element properties and trends
  Atomic bonding mechanisms
  Ionic and covalent bonds
Physics: Mechanics
  Kinematics: Linear motion and displacement, Velocity and acceleration, Graphical representation of motion
  Dynamics: Newton's Laws of Motion, Force and motion, Work, energy, and power
Unit 2: Genetic and Chemical Interactions
Biology: Genetics
  DNA structure and function
  Genetic inheritance patterns
  Chromosomal mutations
  Gene expression
  Biotechnology principles
Chemistry: Chemical Reactions
  Balancing chemical equations
  Types of chemical reactions
  Stoichiometry
  Oxidation-reduction reactions
  Acid-base chemistry
Physics: Wave Physics and Optics
  Wave Characteristics: Types of waves, Wave properties, Sound waves and acoustic principles
  Optics: Light as a wave and particle, Reflection and refraction, Electromagnetic spectrum
Unit 3: Evolution, Composition, and Energy
Biology: Evolution and Diversity
  Natural selection
  Evolutionary theory
  Biological classification
  Species diversity
  Adaptation mechanisms
Chemistry: Chemical Composition
  Molecular and empirical formulas
  Mole concept
  Concentration calculations
  Solution chemistry
  Limiting reactants
Physics: Electricity and Magnetism
  Electrical Concepts: Electric charge and fields, Ohm's Law, Series and parallel circuits
  Magnetism: Magnetic fields, Electromagnetic induction, Generator and motor principles
Unit 4: Ecological and Thermodynamic Systems
Biology: Ecology and Environment
  Ecosystem dynamics
  Energy flow
  Biogeochemical cycles
  Population interactions
  Environmental sustainability
Chemistry: Thermochemistry
  Energy in chemical reactions
  Endothermic and exothermic processes
  Heat transfer
  Enthalpy calculations
  Chemical energy storage
Physics: Thermodynamics
  Temperature and heat
  Thermal energy transfer
  Laws of thermodynamics
  Heat engines
  Thermal expansion
  Phase changes
Unit 5: Physiological and Matter Systems
Biology: Human Physiology
  Human body systems
  Homeostasis
  Immune system
  Reproductive biology
  Nervous system fundamentals
  Endocrine regulation
Chemistry: States of Matter
  Intermolecular forces
  Phase transitions
  Gas laws
  Kinetic molecular theory
  Plasma and exotic states of matter
Laboratory and Research Skills
Scientific method application
Experimental design
Data collection and analysis
Lab safety protocols
Microscopy
Scientific instrumentation
Technical report writing
Cross-Disciplinary Connections
Mathematics
Physics
Chemistry
Biology
Environmental science
Technology