Скачать или смотреть Can an Object Have Zero Displacement Even After Moving? | Distance vs Displacement Explained

In this video, we explore a common and important physics question:
Can an object move through a distance and still have zero displacement?
The answer is YES! Displacement is a vector quantity (it has both magnitude and direction), while distance is a scalar quantity (only magnitude).
Even if an object travels a long distance (path length), its displacement can be zero if it returns to its starting point.
Using simple diagrams, we clearly explain the difference between distance and displacement. You’ll see how an object can travel along a curved or closed path, cover a measurable distance, and yet end up with zero displacement when it returns to its starting point.
Topics covered:
Meaning of distance and displacement
Motion along a straight path vs a curved path
Circular motion and closed paths
Clear diagrams to help visualize the concept
Summary: Moving along a curved or irregular path and ending up back at the start → Displacement = 0
Completing one full lap around a circular track → Distance = circumference (or π × diameter), but Displacement = 0
(or diameter if half lap)
Perfect for Class 9/10/11 students preparing for exams like CBSE, ICSE, or foundational physics concepts! *