Can a object be moving for 10 seconds and still have zero displacement example?
Can a object be moving for 10 seconds and still have zero displacement example?
The displacement is defined as the difference between the final and initial position of an object. Therefore, if an object moves around for 10 seconds, and finally returns to the same position, the displacement of this object will be zero.
Is it possible for an object to move for 10 seconds at a high speed and end up with and average velocity of zero?
Yes . The average velocity depends on the net displacement of a body so if a body starts from a position and comes back to same position after some time , the net displacement is zero . Consequently , average velocity is zero .
Is it possible for an object to move for 10 seconds at a high speed and end up with an average velocity of zero explain by giving a concrete example?
Okay, that’s the short answer. The longer answer is the fact that um acceleration is the derivative of velocity. And we also know that acceleration is the derivative of velocity. So therefore that means that The acceleration will equal zero.
Can a moving object ever have a displacement equal to zero?
Yes the object can have zero displacement. Consider a body moving in a circle. The distance covered by the body will be equal to the circumference of the circle whereas the displacement of the body would be zero.
Is how far an object moves in total?
8_4_Motion and Forces Vocabulary
| A | B |
|---|---|
| speed | The distance an object travels per unit of time. |
| average speed | The overall rate of speed at which an object moves: calculated by dividing the total distance an object travels by the total time |
| instantaneous speed | The speed of an object at one instant in time. |
Can a body have zero displacement give example?
Yes, the object instead of moving through a distance can have zero displacement. Example: If an object travels from point A and reaches to the same point A, then its displacement is zero.
Can an object have zero distance?
The distance of the moving object can never be zero. Distance can be very small, but not zero. The displacement of the object can be zero because it is the vector quantity.
Why is distance zero?
Distance can be zero , when the object is at rest or in other words , is at a stationary position. If a body is executing a circular motion , distance = circumference of the circle. displacement = shortest distance possible between initial and final position.
Why displacement can be zero but distance Cannot?
Answer: displacement can be zero but distantce because displacement has both direction and magnitude while distance has only magnitude. Therefore, as we move from our home to the shop and then back to home, displacement is zero while distance is not zero. The distance can be zero only if the object remains at rest.