PHYSICS SSS1- TERM 1
Physics SS1 is a comprehensive first-term course designed to introduce students to the fundamental principles and applications of Physics. The course begins with the meaning, importance and branches of Physics and its applications in everyday life, medicine, communication, electricity, technology and other fields.
Students will study physical quantities, fundamental and derived quantities, units, SI units, prefixes and dimensions. They will learn about the concept and measurement of time, including the use of clocks, stopwatches, ticker-tape timers, pendulums and other measuring instruments.
The course also introduces motion in nature, including translational, linear, circular, random, rotational and oscillatory motion. Students will study position, distance and displacement and develop an understanding of their applications in solving numerical problems.
Rectilinear motion covers acceleration, deceleration, equations of uniformly accelerated motion, distance covered in the nth second, free-fall motion and velocity-time graphs. Students will also learn about force and friction, including contact and non-contact forces, types of friction, advantages and disadvantages of friction, coefficient of friction and friction on inclined planes.
The course concludes with equilibrium fluids, covering fluids, density, relative density and pressure in fluids. Throughout the course, students are provided with worked examples, calculations, classwork and objective questions to strengthen their understanding and problem-solving skills.
Meet Your Instructors
What you'll learn
- ToExplain the meaning, importance, branches and applications of physics in everyday life. explain the introduction aspect of physics
- Identify fundamental and derived physical quantities, SI units, prefixes and dimensions.
- Measure time and distance using appropriate instruments and explain common measurement errors.
- Describe different types of motion and distinguish between distance, displacement, speed, velocity and acceleration.
- Solve problems involving force, rectilinear motion, uniformly accelerated motion and velocity-time graphs.
- Explain friction, its types, advantages, disadvantages and methods of reducing friction.
- Apply the concepts of density, relative density and pressure to problems involving fluids.
What's Included
- Clear and well-structured explanations of key SS1 Physics concepts.
- Worked examples that guide students through Physics calculations step by step.
- Classwork and objective questions for practice and self-assessment.
- Practical applications of Physics concepts to everyday life and technology.