New Coordinated Science Physics Essentials Class 7 Crash Course

About Course

New Coordinated Science Physics Essentials Class 7 Crash Course

Welcome to our New Coordinated Science Physics Essentials Class 7 Crash Course! If you’re eager to explore the wonders of physics and excel in your academic journey, you’ve come to the right place. Our crash course is meticulously designed to provide you with the fundamental knowledge and skills essential for success in physics. Led by experienced educators passionate about science education, our course promises to be an enlightening and enriching experience.

Why Choose Our Course:

Comprehensive Learning: Our crash course covers essential topics in physics, carefully curated to align with the Class 7 curriculum of New Coordinated Science. From basic concepts to real-world applications, we ensure thorough coverage of all key areas, laying a solid foundation for future academic pursuits.
Expert Guidance: Learn from seasoned instructors who possess a deep understanding of physics and a dedication to student success. Our teachers are committed to fostering an engaging learning environment where every student can thrive and reach their full potential.
Interactive Classes: Engage in dynamic and interactive lessons designed to spark curiosity and foster active participation. Through hands-on experiments, demonstrations, and multimedia presentations, you’ll have the opportunity to explore physics concepts in a tangible and engaging way.
Practical Application: Apply theoretical knowledge to practical scenarios through problem-solving exercises and real-life examples. Our crash course emphasizes the application of physics principles to everyday situations, empowering you to develop critical thinking and analytical skills.
Flexible Schedule: We understand the importance of flexibility in today’s busy world. That’s why our crash course offers flexible scheduling options, allowing you to choose classes that fit your schedule and commitments.
Conducive Learning Environment: Our institute provides a welcoming and conducive learning environment where students can feel comfortable and motivated to excel. With state-of-the-art facilities and resources at your disposal, you’ll have everything you need to succeed in your physics studies.

Course Structure:

Our New Coordinated Science Physics Essentials Class 7 Crash Course is thoughtfully structured to optimize your learning experience. Here’s an overview of what to expect:

Duration: The crash course spans [X weeks/months], with classes held [X times] per week.
Content Coverage: We cover essential physics topics relevant to Class 7, focusing on core concepts and applications.
Class Format: Each class combines theoretical instruction with practical demonstrations and problem-solving sessions, ensuring a well-rounded learning experience.
Assessments: Throughout the course, you’ll have opportunities to demonstrate your understanding through quizzes, assignments, and interactive assessments.

Enroll Now:

Don’t miss out on the opportunity to enhance your understanding of physics and boost your academic performance! Enroll in our New Coordinated Science Physics Essentials Class 7 Crash Course today and embark on a journey of discovery and achievement. For inquiries and enrollment, contact us at [email protected] or call us at +8801327331903. Let us help you unlock your potential and succeed in your physics studies!

1. Master Core Physics Concepts: Gain a strong grasp of fundamental physics principles, including motion, forces, energy, electricity, magnetism, waves, and more.
2. Develop Problem-Solving Skills: Acquire the ability to analyze and solve a wide range of physics problems, enhancing your critical thinking and logical reasoning.
3. Understand Real-World Applications: Explore how physics concepts are applied in everyday life, industries, and technological advancements.
4. Excel in Examinations: Be well-prepared to excel in grade 7 physics examinations, aligning with the Bangladesh National Curriculum.
5. Foster a Passion for Science: Cultivate a deep-seated passion for the wonders of physics and the scientific method, setting the stage for future academic pursuits.
6. Gain International Relevance: While focusing on local curriculum requirements, the course also provides you with a global perspective, preparing you for potential international studies and examinations.
7. Engage in Interactive Learning: Participate in dynamic, interactive lessons designed to make complex physics concepts accessible and engaging.
8. Receive Personalized Attention: Benefit from personalized guidance and support from Arif Sir to enhance your learning experience.
9. Access Cutting-Edge Resources: Utilize state-of-the-art teaching materials and resources to enhance your understanding and application of physics.
10. Build a Strong Foundation: Lay the foundation for a lifelong journey of scientific inquiry and exploration, whether you aspire to become an engineer, scientist, or simply wish to expand your horizons in the world of science.

Course Content

Chapter 1: Units and Measurement

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

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

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

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

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

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

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

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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Course Content

Chapter 1: Units and Measurement

Lesson-1.1.1- Introduction to Units and Measurements Importance of units and measurements in physics. Introduction to the SI (International System of Units).

Lesson-1.1.2- Length, Mass, and Time Measurement Detailed measurement techniques for length, mass, and time. Converting between units.

Lesson-1.1.3- recision and Accuracy in Measurements Understanding the concepts of precision and accuracy. Practical exercises to improve measurement precision.

Lesson-1.1.4- Volume and Density Measurement Measuring volume and calculating density. Real-world applications of volume and density.

Lesson-1.1.5- Temperature and Temperature Scales Measurement and conversion of temperature scales. Understanding the Celsius and Kelvin scales.

Lesson-1.1.6-Area and Volume Calculations Calculating area and volume of simple shapes. Application of area and volume in real-world scenarios.

Lesson-1.1.7-Time Measurement and Conversion Detailed study of time measurement and units. Converting between different time units.

Lesson-1.1.8-Measurement Errors and Uncertainty Recognizing sources of measurement errors. Dealing with uncertainties in scientific measurements.

Lesson-1.1.9-Using Scientific Notation Introduction to scientific notation. Applying scientific notation to express large and small numbers.

Lesson-1.1.10-Unit Analysis and Dimensional Analysis – Using unit analysis to solve physics problems. – Dimensional analysis as a tool for checking equations.

Chapter 2: Forces and Motion

Lesson-2.2.1-ntroduction to Motion Defining motion and rest. Understanding the concept of displacement.

Lesson-2.2.2-Speed and Velocity Calculation Calculating speed and velocity. Differentiating between speed and velocity.

Lesson-2.2.3-Acceleration and Deceleration Understanding acceleration and deceleration. Calculation of acceleration.

Lesson-2.2.4-Motion Graphs: Distance-Time Interpretation of distance-time graphs. Calculating average speed from graphs.

Lesson-2.2.5-Motion Graphs: Velocity-Time Analyzing velocity-time graphs. Calculating acceleration from graphs.

Lesson-2.2.6-Falling with Gravity Understanding free fall and acceleration due to gravity. Calculating fall distances and times.

Lesson-2.2.7-Forces in Action Introduction to forces and types of forces. Newton’s laws of motion.

Lesson-2.2.8-Friction and Its Effects Understanding frictional forces. Practical examples of friction in daily life.

Lesson-2.2.9-Newton’s Second Law of Motion In-depth study of Newton’s second law. Calculating force, mass, and acceleration.

Lesson-2.2.10-Balanced and Unbalanced Forces – Analyzing balanced and unbalanced forces. – Equilibrium and net force calculations.

Lesson-2.2.11- Speed and Safety: Seat Belts and Airbags – Physics behind seat belts, airbags, and safety features. – Real-world safety applications.

Lesson-2.2.12-ction and Reaction Forces – Newton’s third law of motion. – Examples and applications of action-reaction pairs.

Lesson-2.2.13-Momentum and Impulse – Understanding momentum and impulse. – Conservation of momentum in collisions.

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.

Lesson-2.2.15-Kinetic and Potential Energy – Understanding kinetic and potential energy. – Energy transformation and conservation.

Lesson-2.2.16- Simple Machines and Mechanical Advantage – Introduction to simple machines. – Calculating mechanical advantage and efficiency.

Lesson-2.2.17-Power and Its Applications – Defining power and its significance. – Calculating power in various contexts.

Lesson-2.2.18-Speed and Distance-Time Graphs Revisited – In-depth analysis of distance-time graphs. – Connecting graphs to motion scenarios.

Lesson-2.2.19-Acceleration and Velocity-Time Graphs – Interpretation of velocity-time graphs. – Calculating acceleration from velocity-time graphs.

Lesson-2.2.20-Circular Motion and Centripetal Force – Understanding circular motion and centripetal acceleration. – Calculating centripetal force and acceleration.

Lesson-2.2.21-Weight and Gravitational Force – Exploring the concept of weight as a force. – Calculating weight on different celestial bodies.

Lesson-2.2.22-Universal Gravitation and Orbits – Introduction to the law of universal gravitation. – Understanding orbits and satellite motion.

Lesson-2.2.23-Terminal Velocity and Air Resistance – Investigating terminal velocity in falling objects. – The role of air resistance in motion.

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.

Lesson-2.2.25-Changing Ideas in Physics – A historical perspective on the development of physics. – Notable physicists and their contributions.

Chapter 3: Energy

Lesson-3.3.1- Energy Forms and Transformations – Introduction to various forms of energy. – Energy transformation examples in daily life.

Lesson-3.3.2-The Conservation of Energy – The law of conservation of energy. – Energy conservation in closed systems.

Lesson-3.3.3-Work and Energy Calculations – Calculating work and energy using formulas. – Practical problem-solving exercises.

Lesson-3.3.4-Energy Efficiency and Conservation – Understanding energy efficiency and its importance. – Strategies for conserving energy.

Lesson-3.3.5-Power and Electrical Energy – The concept of electrical power. – Calculating electrical energy consumption.

Lesson-3.3.6-Electricity Generation and Sources – Overview of electricity generation methods. – Renewable and non-renewable energy sources.

Lesson-3.3.7-Energy Conservation at Home – Practical tips for conserving energy at home. – Reducing energy consumption and costs.

Lesson-3.3.8-Heat Transfer: Conduction – Heat transfer through conduction. – Factors affecting the rate of thermal conduction.

Lesson-3.3.9-Heat Transfer: Convection – Understanding heat transfer through convection. – Natural and forced convection examples.

Lesson-3.3.10-Heat Transfer: Radiation – Introduction to thermal radiation. – Blackbody radiation and practical applications.

Lesson-3.3.11-Coping with Cold and Insulation – Strategies for coping with cold weather. – The role of insulation in maintaining warmth.

Lesson-3.3.12-Solar Energy and Its Uses – Harnessing solar energy for heating and electricity. – Solar panel technology and applications.

Lesson-3.3.13-Wind and Hydroelectric Power – Generating electricity from wind and water. – Environmental impacts and benefits of these methods.

Lesson-3.3.14-Fossil Fuels and Environmental Concerns – The role of fossil fuels in energy production. – Environmental challenges and alternatives.

Lesson-3.3.15-Nuclear Energy and Its Challenges – Understanding nuclear energy and its applications. – Challenges and risks associated with nuclear power.

Lesson-3.3.16-Sustainable Energy Solutions – Exploring sustainable and clean energy technologies. – Promoting a sustainable energy future.

Lesson-3.3.17-Energy in Transportation – Energy consumption in various modes of transportation. – Fuel efficiency and alternative fuels.

Lesson-3.3.18-Energy Policy and Global Impacts – National and global energy policies. – Impacts of energy choices on the environment and society.

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.

Chapter 4: Rays and Waves

Lesson-4.4.1-Introduction to Waves – Understanding the nature of waves. – Different types of waves and their characteristics.

Lesson-4.4.2-Light as a Wave – Exploring light as an electromagnetic wave. – Properties and behavior of light waves.

Lesson-4.4.3-Reflection and Mirrors – The physics of reflection and flat mirrors. – Using ray diagrams to understand image formation.

Lesson-4.4.4-Refraction and Lenses – Refraction of light and its effects on lenses. – Types of lenses and their applications.

Lesson-4.4.5-Dispersion and Color – Understanding dispersion and the formation of colors. – Practical applications in prisms and rainbows.

Lesson-4.4.6-Internal Reflection and Fiber Optics – Internal reflection and its applications in fiber optics. – High-speed data transmission through fiber optics.

Lesson-4.4.7-Sound Waves and Their Properties – Introduction to sound waves and their characteristics. – Frequency, amplitude, and speed of sound.

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.

Lesson-4.4.9-Noise and Vibrations – Understanding the source of noise and vibrations. – Noise pollution and its impact on the environment.

Lesson-4.4.10-Pitch and Frequency – Relationship between pitch and frequency of sound. – How musical instruments produce different pitches.

Lesson-4.4.11-Loudness and Intensity – Measuring loudness and sound intensity. – The effects of loud sounds on hearing.

Lesson-4.4.12-The Sound of Music – The physics of musical instruments. – How musical instruments produce sound.

Lesson-4.4.13-Ultrasound and Medical Imaging – Application of ultrasound in medical diagnostics. – Ultrasound imaging and its advantages.

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.

Lesson-4.4.15-Moving Continents and Plate Tectonics I – Overview of plate tectonics theory. – Evidence for the movement of continents.

Lesson-4.4.16-Moving Continents and Plate Tectonics II – Detailed study of plate boundaries and their effects. – Plate tectonics and geological features.

Lesson-4.4.17-Electromagnetic Waves – Understanding electromagnetic waves. – Properties, behaviors, and the electromagnetic spectrum.

Lesson-4.4.18-Sending Signals: Communication with Waves – How information is transmitted through waves. – Radio waves, microwaves, and their applications.

Lesson-4.4.19- Light, Color, and Vision – The science of vision and color perception. – The eye as an optical system.