Displacement is when an object changes its position.
It's important to know that displacement has two main parts: how far something has moved (magnitude) and the direction it moved in.
You can find displacement using this simple formula:
Displacement = Final Position - Initial Position
In kinematics, which is the study of motion, understanding displacement is really important. It helps us see how an object moves, no matter what path it took.
It's also good to know that displacement isn't the same as distance.
For example, imagine an object moves 5 meters to the east and then 5 meters back to the west.
In this case, the total distance it traveled is 10 meters.
But, the displacement is 0 meters because it ended up back where it started.
Displacement is when an object changes its position.
It's important to know that displacement has two main parts: how far something has moved (magnitude) and the direction it moved in.
You can find displacement using this simple formula:
Displacement = Final Position - Initial Position
In kinematics, which is the study of motion, understanding displacement is really important. It helps us see how an object moves, no matter what path it took.
It's also good to know that displacement isn't the same as distance.
For example, imagine an object moves 5 meters to the east and then 5 meters back to the west.
In this case, the total distance it traveled is 10 meters.
But, the displacement is 0 meters because it ended up back where it started.