Motion can be difficult for SSC students because rest and motion depend on a reference point, while distance and displacement have different meanings. Graphs, speed, velocity, force, and inertia also bring similar-looking options. Students may forget definitions, mix applications, and struggle to revise many related ideas before the exam.
Physics Wallah videos explain Motion in a step-by-step way using simple examples, visual graphs, and exam-style questions. You can connect definitions with applications, check common mistakes, and revise key ideas in less time. Regular viewing supports clearer concepts, better accuracy, and more efficient SSC Science preparation.
In this video, the faculty introduces Motion through the difference between rest and motion, using position, time, and a reference point. The lesson explains position–time graphs, including graphs for rest, changing position, and an impossible graph where time stays constant while position changes. Visual examples and questions build graph interpretation skills for SSC CGL, CHSL, MTS, CPO, and Steno examinations and related objective questions.
Use it when starting Motion or revising graphs and reference points. Beginners gain a clear base, while SSC learners can strengthen observation and interpretation before attempting objective questions.
This video explains Motion through simple NCERT-based lessons and MCQs. You will learn about rest and motion, speed, distance, displacement, scalar and vector quantities, and uniform and non-uniform motion. Simple examples and graphs help you understand acceleration, constant speed, and instantaneous speed using a speedometer. Practice questions also help you revise concepts and prepare for SSC exams like CGL, CHSL, MTS, CPO, and Steno.
Choose it for first learning or a structured revision round. The MCQs train you to distinguish related terms, read basic graphs, and select answers with greater speed during SSC Science practice.
This video helps you revise Motion and related Physics topics through important questions. It covers scalar and vector quantities, circular motion, Newton’s laws, inertia, force, momentum, acceleration, friction, gravitation, mass, weight, and mechanical waves. You also learn through practical examples, such as gravity on the Moon and centrifugal force in washing machines, along with motion graphs. The explanations help you understand concepts, identify the correct options, and practise MCQs for SSC exams.
This revision suits learners who know the basics and need broad question practice before SSC tests. It supports concept recall, option elimination, and faster review of mixed Motion-related applications.
The video explains Motion from the basics through simple theory, daily-life examples, polls, and MCQs. The lesson distinguishes scalar and vector quantities, then introduces speed, velocity, acceleration, and displacement. It also discusses changing velocity during circular motion and begins interpreting the slope and area of a velocity–time graph. Repeated answer checks support early-stage exam practice for SSC Science learners and beginners.
Watch it when you need a gentle first pass or a short recap before question sets. The polls and MCQs build recall, direction-based reasoning, and confidence in reading motion graphs.
This video explains the connection between Force and Motion in simple terms. You will learn about distance, displacement, speed, and velocity, along with how force can start or stop an object, change its speed, shape, or direction. It also covers Newton’s first law, balanced and unbalanced forces, and different types of inertia through daily-life examples. The lesson introduces mass, the SI unit of force, and questions based on Newton’s second law to help you prepare for SSC exams.
Students revising Force and Motion can use it before SSC MCQ practice to connect laws with real situations. It is useful for correcting confusion about inertia and selecting answers on force-based applications.
These five PW videos cover important topics in Motion, from basic concepts and motion graphs to speed, velocity, force, and Newton’s laws. They also include examples and important questions to help you understand how these concepts are used in everyday situations.
You can watch the concept-based videos to learn the topics, practise with important questions, and revisit the lessons whenever you need a quick revision. Regular practice and revision can help you understand Motion better, avoid common mistakes, and prepare more confidently for SSC Science exams.
