Course Content
Chapter 1: Units and Measurement
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Lesson-1.1.1- Introduction to Units and Measurements Importance of units and measurements in physics. Introduction to the SI (International System of Units).
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Lesson-1.1.2- Length, Mass, and Time Measurement Detailed measurement techniques for length, mass, and time. Converting between units.
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Lesson-1.1.3- recision and Accuracy in Measurements Understanding the concepts of precision and accuracy. Practical exercises to improve measurement precision.
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Lesson-1.1.4- Volume and Density Measurement Measuring volume and calculating density. Real-world applications of volume and density.
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Lesson-1.1.5- Temperature and Temperature Scales Measurement and conversion of temperature scales. Understanding the Celsius and Kelvin scales.
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Lesson-1.1.6-Area and Volume Calculations Calculating area and volume of simple shapes. Application of area and volume in real-world scenarios.
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Lesson-1.1.7-Time Measurement and Conversion Detailed study of time measurement and units. Converting between different time units.
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Lesson-1.1.8-Measurement Errors and Uncertainty Recognizing sources of measurement errors. Dealing with uncertainties in scientific measurements.
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Lesson-1.1.9-Using Scientific Notation Introduction to scientific notation. Applying scientific notation to express large and small numbers.
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Lesson-1.1.10-Unit Analysis and Dimensional Analysis – Using unit analysis to solve physics problems. – Dimensional analysis as a tool for checking equations.
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Chapter 2: Forces and Motion
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Lesson-2.2.1-ntroduction to Motion Defining motion and rest. Understanding the concept of displacement.
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Lesson-2.2.2-Speed and Velocity Calculation Calculating speed and velocity. Differentiating between speed and velocity.
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Lesson-2.2.3-Acceleration and Deceleration Understanding acceleration and deceleration. Calculation of acceleration.
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Lesson-2.2.4-Motion Graphs: Distance-Time Interpretation of distance-time graphs. Calculating average speed from graphs.
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Lesson-2.2.5-Motion Graphs: Velocity-Time Analyzing velocity-time graphs. Calculating acceleration from graphs.
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Lesson-2.2.6-Falling with Gravity Understanding free fall and acceleration due to gravity. Calculating fall distances and times.
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Lesson-2.2.7-Forces in Action Introduction to forces and types of forces. Newton’s laws of motion.
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Lesson-2.2.8-Friction and Its Effects Understanding frictional forces. Practical examples of friction in daily life.
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Lesson-2.2.9-Newton’s Second Law of Motion In-depth study of Newton’s second law. Calculating force, mass, and acceleration.
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Lesson-2.2.10-Balanced and Unbalanced Forces – Analyzing balanced and unbalanced forces. – Equilibrium and net force calculations.
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Lesson-2.2.11- Speed and Safety: Seat Belts and Airbags – Physics behind seat belts, airbags, and safety features. – Real-world safety applications.
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Lesson-2.2.12-ction and Reaction Forces – Newton’s third law of motion. – Examples and applications of action-reaction pairs.
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Lesson-2.2.13-Momentum and Impulse – Understanding momentum and impulse. – Conservation of momentum in collisions.
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Lesson-2.2.14-Work and Energy in Motion – Introducing the concepts of work and energy. – Calculating work done and energy transfer in different scenarios.
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Lesson-2.2.15-Kinetic and Potential Energy – Understanding kinetic and potential energy. – Energy transformation and conservation.
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Lesson-2.2.16- Simple Machines and Mechanical Advantage – Introduction to simple machines. – Calculating mechanical advantage and efficiency.
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Lesson-2.2.17-Power and Its Applications – Defining power and its significance. – Calculating power in various contexts.
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Lesson-2.2.18-Speed and Distance-Time Graphs Revisited – In-depth analysis of distance-time graphs. – Connecting graphs to motion scenarios.
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Lesson-2.2.19-Acceleration and Velocity-Time Graphs – Interpretation of velocity-time graphs. – Calculating acceleration from velocity-time graphs.
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Lesson-2.2.20-Circular Motion and Centripetal Force – Understanding circular motion and centripetal acceleration. – Calculating centripetal force and acceleration.
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Lesson-2.2.21-Weight and Gravitational Force – Exploring the concept of weight as a force. – Calculating weight on different celestial bodies.
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Lesson-2.2.22-Universal Gravitation and Orbits – Introduction to the law of universal gravitation. – Understanding orbits and satellite motion.
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Lesson-2.2.23-Terminal Velocity and Air Resistance – Investigating terminal velocity in falling objects. – The role of air resistance in motion.
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Lesson-2.2.24-The Physics of Thrills and Roller Coasters – Applying physics principles to roller coaster design. – Analyzing forces and motion on roller coasters.
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Lesson-2.2.25-Changing Ideas in Physics – A historical perspective on the development of physics. – Notable physicists and their contributions.
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Chapter 3: Energy
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Lesson-3.3.1- Energy Forms and Transformations – Introduction to various forms of energy. – Energy transformation examples in daily life.
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Lesson-3.3.2-The Conservation of Energy – The law of conservation of energy. – Energy conservation in closed systems.
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Lesson-3.3.3-Work and Energy Calculations – Calculating work and energy using formulas. – Practical problem-solving exercises.
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Lesson-3.3.4-Energy Efficiency and Conservation – Understanding energy efficiency and its importance. – Strategies for conserving energy.
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Lesson-3.3.5-Power and Electrical Energy – The concept of electrical power. – Calculating electrical energy consumption.
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Lesson-3.3.6-Electricity Generation and Sources – Overview of electricity generation methods. – Renewable and non-renewable energy sources.
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Lesson-3.3.7-Energy Conservation at Home – Practical tips for conserving energy at home. – Reducing energy consumption and costs.
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Lesson-3.3.8-Heat Transfer: Conduction – Heat transfer through conduction. – Factors affecting the rate of thermal conduction.
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Lesson-3.3.9-Heat Transfer: Convection – Understanding heat transfer through convection. – Natural and forced convection examples.
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Lesson-3.3.10-Heat Transfer: Radiation – Introduction to thermal radiation. – Blackbody radiation and practical applications.
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Lesson-3.3.11-Coping with Cold and Insulation – Strategies for coping with cold weather. – The role of insulation in maintaining warmth.
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Lesson-3.3.12-Solar Energy and Its Uses – Harnessing solar energy for heating and electricity. – Solar panel technology and applications.
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Lesson-3.3.13-Wind and Hydroelectric Power – Generating electricity from wind and water. – Environmental impacts and benefits of these methods.
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Lesson-3.3.14-Fossil Fuels and Environmental Concerns – The role of fossil fuels in energy production. – Environmental challenges and alternatives.
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Lesson-3.3.15-Nuclear Energy and Its Challenges – Understanding nuclear energy and its applications. – Challenges and risks associated with nuclear power.
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Lesson-3.3.16-Sustainable Energy Solutions – Exploring sustainable and clean energy technologies. – Promoting a sustainable energy future.
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Lesson-3.3.17-Energy in Transportation – Energy consumption in various modes of transportation. – Fuel efficiency and alternative fuels.
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Lesson-3.3.18-Energy Policy and Global Impacts – National and global energy policies. – Impacts of energy choices on the environment and society.
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Lesson-3.3.19-Review and Reflection on Energy – A comprehensive review of energy concepts and principles. – Reflecting on the importance of energy in our lives.
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Chapter 4: Rays and Waves
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Lesson-4.4.1-Introduction to Waves – Understanding the nature of waves. – Different types of waves and their characteristics.
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Lesson-4.4.2-Light as a Wave – Exploring light as an electromagnetic wave. – Properties and behavior of light waves.
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Lesson-4.4.3-Reflection and Mirrors – The physics of reflection and flat mirrors. – Using ray diagrams to understand image formation.
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Lesson-4.4.4-Refraction and Lenses – Refraction of light and its effects on lenses. – Types of lenses and their applications.
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Lesson-4.4.5-Dispersion and Color – Understanding dispersion and the formation of colors. – Practical applications in prisms and rainbows.
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Lesson-4.4.6-Internal Reflection and Fiber Optics – Internal reflection and its applications in fiber optics. – High-speed data transmission through fiber optics.
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Lesson-4.4.7-Sound Waves and Their Properties – Introduction to sound waves and their characteristics. – Frequency, amplitude, and speed of sound.
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Lesson-4.4.8-The Speed of Sound in Different Media – Exploring how sound travels in various materials. – Calculating the speed of sound in different media.
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Lesson-4.4.9-Noise and Vibrations – Understanding the source of noise and vibrations. – Noise pollution and its impact on the environment.
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Lesson-4.4.10-Pitch and Frequency – Relationship between pitch and frequency of sound. – How musical instruments produce different pitches.
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Lesson-4.4.11-Loudness and Intensity – Measuring loudness and sound intensity. – The effects of loud sounds on hearing.
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Lesson-4.4.12-The Sound of Music – The physics of musical instruments. – How musical instruments produce sound.
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Lesson-4.4.13-Ultrasound and Medical Imaging – Application of ultrasound in medical diagnostics. – Ultrasound imaging and its advantages.
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Lesson-4.4.14-Seismic Waves and Earth’s Interior – Introduction to seismic waves and their types. – How seismic waves help scientists study Earth’s interior.
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Lesson-4.4.15-Moving Continents and Plate Tectonics I – Overview of plate tectonics theory. – Evidence for the movement of continents.
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Lesson-4.4.16-Moving Continents and Plate Tectonics II – Detailed study of plate boundaries and their effects. – Plate tectonics and geological features.
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Lesson-4.4.17-Electromagnetic Waves – Understanding electromagnetic waves. – Properties, behaviors, and the electromagnetic spectrum.
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Lesson-4.4.18-Sending Signals: Communication with Waves – How information is transmitted through waves. – Radio waves, microwaves, and their applications.
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Lesson-4.4.19- Light, Color, and Vision – The science of vision and color perception. – The eye as an optical system.
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Chapter 5: Electricity
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Lesson-5.1.1- ntroduction to Electricity – Basics of electricity and its importance. – Conductors
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Lesson-5.1.2- Current and Voltage – Understanding electric current and voltage. – Calculation of current using Ohm’s law.
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Lesson-5.1.3- Resistance and Ohm’s Law – In-depth exploration of electrical resistance. – Practical exercises using Ohm’s law.
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Lesson-5.1.4- onductors and Insulators – Differentiating between conductors and insulators. – How conductors and insulators are used in circuits.
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Lesson-5.1.5- Electrical Circuits and Components – Components of an electrical circuit. – Circuit diagrams and symbols.
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Lesson-5.1.6- Series and Parallel Circuits – Understanding series and parallel circuit configurations. – Calculating total resistance in circuits.
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Lesson-5.1.7- Solving Circuits and Circuit Analysis – Analyzing and solving complex electrical circuits. – Practical exercises in circuit analysis.
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Lesson-5.1.8- Main Electricity Supply and Grids – How electricity is generated and distributed. – The structure and function of electrical grids.
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Lesson-5.1.9- Energy Consumption and Billing – Understanding electricity consumption and billing. – Calculating energy costs.
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Lesson-5.1.10- lectrical Power and Appliances – Calculating electrical power and energy usage. – Practical considerations for using electrical appliances.
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Lesson-5.1.11- Safety with Electricity – Electrical safety precautions at home and in workplaces. – Handling electrical emergencies.
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Lesson-5.1.12- Electric Charge and Coulomb’s Law – Understanding electric charge and its properties. – Coulomb’s law and the force between charges.
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Lesson-5.1.13- Conductivity and Ionic Movement – Exploring electrical conductivity in solutions. – Ion movement in electrolytes.
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Lesson-5.1.14- Magnetism and Magnetic Fields – Introduction to magnets and magnetic fields. – How magnets attract and repel.
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Lesson-5.1.15- Magnetic Materials and Their Properties – Types of magnetic materials. – Magnetic domains and magnetization.
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Lesson-5.1.16- Electromagnetism and Magnetic Fields – Creating electromagnets using electricity. – Magnetic field strength and direction.
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Lesson-5.1.17- Magnetic Force on Current-Carrying Wires – Exploring the magnetic force on current-carrying wires. – Practical applications in devices.
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Lesson-5.1.18- Electric Motors and Their Applications – How electric motors work. – Applications of electric motors in various industries.
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Lesson-5.1.19- Generating Electricity from Magnetism – Generators and the conversion of mechanical energy to electricity. – Power generation principles.
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Lesson-5.1.20- Transformers and Electrical Voltage – Understanding transformers and their role in electricity distribution. – Voltage transformation and transmission.
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Lesson-5.1.21- Power Transmission and Electrical Grids – The role of power transmission in electrical grids. – Energy loss and efficiency in power transmission.
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Chapter 6: Atoms and Nuclei
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Lesson-6.1.1- Inside the Atom: Structure and Subatomic Particles – The structure of the atom and its components. – Discovery of subatomic particles.
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Lesson-6.1.2- Models of the Atom: Bohr’s Model and Quantum Mechanics – Bohr’s atomic model and its limitations. – Introduction to quantum mechanics.
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Lesson-6.1.3- Nuclear Radiation and Radioactivity – The discovery of nuclear radiation. – Types of radioactive decay.
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Lesson-6.1.4- Exposed to Radiation: Sources and Effects – Sources of radiation exposure. – Health effects of radiation exposure.
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Lesson-6.1.5- Living with Radiation: Safety and Protection – Radiation safety measures in daily life and industry. – Protective measures and dosimetry.
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Lesson-6.1.6- Radiation Decay and Half-Life – Understanding radioactive decay and half-life. – Calculations related to half-life.
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Lesson-6.1.7- Using Radioactivity in Medicine – Medical applications of radioisotopes. – Radiation therapy and diagnostics.
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Lesson-6.1.8- Nuclear Energy: Fission and Fusion – Nuclear fission and its use in nuclear reactors. – Fusion as a potential future energy source.
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Lesson-6.1.9- Nuclear Energy and Its Challenges – Challenges and safety concerns in nuclear energy. – Nuclear waste disposal.
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Lesson-6.1.10- Nuclear Weapons and Non-Proliferation – The science behind nuclear weapons. – International efforts for non-proliferation.
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Lesson-6.1.11- The Structure of the Nucleus and Nuclear Forces – Detailed study of the nucleus and its properties. – Nuclear forces and stability.
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Lesson-6.1.12- Fundamental Particles: Quarks and Leptons – Introduction to quarks and leptons. – The standard model of particle physics.
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Lesson-6.1.13- Particle Accelerators and High-Energy Physics – The role of particle accelerators in high-energy physics. – Discoveries in particle physics.
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Lesson-6.1.14- Cosmic Rays and Cosmic Particles – Understanding cosmic rays and their origin. – Detection of cosmic particles.
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Lesson-6.1.15- Nuclear Astrophysics and Stellar Nucleosynthesis – Nuclear reactions in stars and stellar nucleosynthesis. – Elements and their formation in stars.
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Lesson-6.1.16- Dark Matter and Dark Energy – The mysteries of dark matter and dark energy. – Their role in the universe’s expansion.
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Chapter 7: The Earth in Space
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Lesson-7.1.1- Earth, Sun, Moon, and Sky – Earth’s place in the solar system. – The celestial bodies and their characteristics.
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Lesson-7.1.2- The Solar System: Planets and Orbits I – Overview of the solar system. – Characteristics of the inner planets.
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Lesson-7.1.3- The Solar System: Planets and Orbits II – Characteristics of the outer planets. – Orbital properties and Kepler’s laws.
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Lesson-7.1.4- Satellites in Orbits: Natural and Artificial – Natural satellites (moons) and their orbits. – Artificial satellites and their functions.
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Lesson-7.1.5- Sun, Stars, and Galaxies – Understanding the Sun as a star. – Types of stars and galaxies in the universe.
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Lesson-7.1.6- The Birth and Death of Stars – Stellar formation and evolution. – Supernovae and stellar remnants.
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Lesson-7.1.7- The Expanding Universe and Cosmology – The concept of an expanding universe. – The Big Bang theory and cosmic microwave background.
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Lesson-7.1.8- Looking for Life Beyond Earth – The search for extraterrestrial life. – Exoplanets and the habitable zone.
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Lesson-7.1.9- Space Exploration and Missions – Human and robotic space exploration. – Landmark space missions and discoveries.
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Lesson-7.1.10- Space Telescopes and Observations – The role of space telescopes in astronomy. – Notable space-based observatories.
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Lesson-7.1.11- Telescopes and Astronomical Instruments – Types of telescopes and their designs. – How astronomical instruments work.
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Lesson-7.1.12- Astronomy and Cultural Perspectives – The historical and cultural significance of astronomy. – Ancient astronomy and modern discoveries.
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Lesson-7.1.13- Light Pollution and Astronomical Observations – The impact of light pollution on stargazing. – Strategies for reducing light pollution.
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Lesson-7.1.14- The Solar Eclipse and Lunar Eclipse – Understanding solar and lunar eclipses. – Safety measures during eclipse events.
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Lesson-7.1.15- Meteor Showers and Space Debris – The origin of meteor showers and meteoroids. – The issue of space debris in Earth’s orbit.
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Lesson-7.1.16- The Hubble Space Telescope and Its Contributions – The history and achievements of the Hubble Space Telescope. – Iconic Hubble images and discoveries.
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Lesson-7.1.17- The James Webb Space Telescope – Introduction to the James Webb Space Telescope. – Expectations and potential discoveries.
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Lesson-7.1.18- Space Travel and the Future of Exploration – The future of human space exploration. – Colonizing other celestial bodies.
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Lesson-7.1.19- Review and Reflection on Astronomy – A comprehensive review of astronomy concepts. – Reflection on the wonders of the universe.
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Chapter 8: Further Topics
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Lesson-8.1.1- Turning Effects and Moments – Understanding moments and torque. – Calculating moments in everyday situations.
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Lesson-8.1.2- Center of Gravity and Stability – Exploring the concept of center of gravity. – Stability and equilibrium.
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Lesson-8.1.3- Stretching and Compressing: Elasticity – Introduction to elasticity and elastic materials. – Hooke’s Law and practical applications.
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Lesson-8.1.4- Pressure and Its Effects – Definition of pressure and its units. – Pressure in fluids and on surfaces.
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Lesson-8.1.5- Squashed Gases and the Ideal Gas Law – Gas pressure, temperature, and volume relationships. – The ideal gas law and its applications.
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Lesson-8.1.6- Momentum and Impulse: Conservation – Conservation of linear momentum. – Impulse and its role in collisions.
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Lesson-8.1.7- Gravity and Orbits: Kepler’s Laws – Kepler’s laws of planetary motion. – How gravity governs celestial orbits.
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Lesson-8.1.8- Space Travel and Rocket Science – The science behind rocket propulsion. – The challenges and achievements of space travel.
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Lesson-8.1.9- The Age of Exploration: Historical Context – The Age of Exploration and its significance. – Notable explorers and their contributions.
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Lesson-8.1.10-Human Anatomy and Physiology – An introduction to human anatomy. – Basics of the human circulatory and respiratory systems.
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Lesson-8.1.11- Environmental Science and Conservation – Environmental issues and conservation efforts. – The role of individuals in preserving the environment.
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Lesson-8.1.12- Climate Change and Its Impacts – Understanding climate change and its causes. – The effects of climate change on ecosystems.
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Lesson-8.1.13- Earthquakes and Seismic Activity – The science of earthquakes and seismic waves. – Earthquake preparedness and safety.
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Lesson-8.1.14- Oceanography and Marine Life – Basics of oceanography and ocean currents. – Marine ecosystems and biodiversity.
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Lesson-8.1.15- Renewable Energy Sources – Types of renewable energy sources. – Advantages and challenges of renewable energy.
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Lesson-8.1.16- Space Exploration and Beyond – Future prospects of space exploration. – Beyond our solar system: exoplanets and interstellar travel.
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Lesson-8.1.17- Recap and Future Endeavors – Comprehensive review of the entire curriculum. – Encouraging students to pursue further studies in science.
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New Coordinated Science Physics Essentials: Grade 7
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