Course Description: This is the third of six courses designed as a ‘foundation course series’ for developing strong foundations in core science and mathematics. Students can choose engineering, medicine, pure science research or any other area later.These set of courses are to be taken during their years in class 8th to class 10th. There are 6 levels from Level 1 to Level 6. Each level is designed to take eight weeks. Each level has video lessons in Physics, Chemistry, Mathematics and Biology. The Lessons are structured on weekly basis. Students can take self-tests at the end of every topic. Final assessment test can be taken at the end of the course.Level 3 summary: In Physics, students understand the concepts of work, energy and power. They also learn to construct multidisciplinary energy chains. They will then move on to oscillatory motion and wave motion. Students are also introduced to rotational motion and then a strong foundation on laws of gravitation is laid. In Chemistry, evolution of periodic table is discussed and then students will move on to study the modern period table and its properties. Then, they will learn chemical bonds and types of bonds. In Mathematics, students learn to solve simple equations and then they solve some real world problems. Then, they will move on to factorization and various identities. In geometry, theorems on triangles are covered. In Biology, students are introduced to basic building block of life, the cell. They learn about cell organelles, cell cycle, mitosis and meiosis. Students will also understand bacterial cell division, virus propagation and cancer cells. They also start the study of tissues.
How best to utilize this course?
- Once you register, make weekly allocation of about 4 hours to work on this course and stick to these timings
- Watch the assigned videos for the week, one subject at a time and complete the corresponding self-tests.
- Make notes in your note book while watching the videos.
- Complete the home work or ‘do it yourself’ questions if specified in the video sessions
- Discuss with friends / parents / teachers about things that you liked while watching the videos
- At the end of 8 weeks, revise your notes and re-watch some videos if needed, and then take the final assessment test. This completes the course.
Course Features
- Lectures 74
- Quizzes 0
- Duration 8 weeks
- Skill level All levels
- Language English
- Students 378
- Assessments Yes
Curriculum
- 9 Sections
- 74 Lessons
- 8 Weeks
- PREVIEW CLASSES1
- Week 110
- 2.1Energy 1: Potential Energy and Kinetic Energy
- 2.2Self Test: Potential Energy and Kinetic Energy
- 2.3Periodic table 1-Evolution of modern periodic table
- 2.4Self Test: Evolution of modern periodic table
- 2.5Simple equations 1-Solving simple equations
- 2.6Self Test: Solving simple equations
- 2.7Cell biology 1: The Cell
- 2.8Self Test: The Cell
- 2.9Cell biology 2: Cell Organelles and functions session 1
- 2.10Self Test: Cell Organelles and functions
- Week 210
- 3.1Energy 2: Work and Power
- 3.2Self Test: Work and Power
- 3.3Periodic table 2-Periodic properties
- 3.4Self Test: Periodic properties
- 3.5Simple equations 2-Practice problems
- 3.6Self Test: Practice problems
- 3.7Simple equations 3-Real world problems
- 3.8Self Test: Real world problems
- 3.9Cell biology 2: Cell Organelles and functions session 2
- 3.10Self Test: Cell Organelles and functions session 2
- Week 38
- Week 410
- 5.1Oscillations and Waves 1: Spring and pendulum basics
- 5.2Self Test :Spring and pendulum basics
- 5.3Oscillations and Waves 2: Wave basics and sound waves
- 5.4Self Test : Wave basics and sound waves
- 5.5Chemical bonding 2-Ionic Bonds
- 5.6Self Test – Ionic Bond
- 5.7Factorization 2-Problems based on identities
- 5.8Self Test :Problems based on identities
- 5.9Cell biology 4: Cell division – Mitosis
- 5.10Self Test :Cell division – Mitosis
- Week 59
- 6.1Rotational Motion 1: Center of mass and Moment of inertia
- 6.2Self Test: Center of mass and Moment of inertia
- 6.3Chemical bonding 3- Covalent Bonds
- 6.4Self Test: Covalent Bonds
- 6.5Triangles 1-Theorems session 1
- 6.6Triangles 1-Theorems session 2
- 6.7Self Test: Triangles Theorem
- 6.8Cell biology 5: Cell division – Meiosis
- 6.9Self Test : Cell division – Meiosis
- Week 68
- 7.1Rotational Motion 2: Angular displacement and velocity
- 7.2Self Test: Angular displacement and velocity
- 7.3Rotational Motion 3: Angular momentum and Torque
- 7.4Self Test: Angular momentum and Torque
- 7.5Triangles 2-Congruent triangles
- 7.6Self Test: Congruent triangles
- 7.7Cell biology 6: Bacterial cell division
- 7.8Self Test: Bacterial cell division
- Week 710
- 8.1Gravitation 1: Newton’s universal law of gravitation and ‘g’
- 8.2Self Test : Newton’s universal law of gravitation and ‘g’
- 8.3Gravitation 2: Variation of ‘g’ and Freely falling body
- 8.4Self Test : Variation of ‘g’ and Freely falling body
- 8.5Triangles 3-Similar triangles
- 8.6Self Test 3-Similar triangles
- 8.7Cell biology 7: Virus – propagation
- 8.8Self Test : Virus – propagation
- 8.9Cell biology 8: Introduction to cancer
- 8.10Self Test: Introduction to cancer
- Week 88
- 9.1Gravitation 3: Kepler’s laws, Orbital velocity and Satellites
- 9.2Self Test : Kepler’s laws, Orbital velocity and Satellites
- 9.3Gravitation 4: Escape velocity and Rockets
- 9.4Self Test : Escape velocity and Rockets
- 9.5Triangles 4-Pythagoras theorem
- 9.6Self Test : Pythagoras theorem
- 9.7Tissues
- 9.8Self Test : Tissues
