The correct relationship between the displacement, s, of a particle initially at rest in a linear motion and the time, t, is?
Question 1 Report
The correct relationship between the displacement, s, of a particle initially at rest in a linear motion and the time, t, is?
Answer Details
The correct relationship between the displacement, s, of a particle initially at rest in a linear motion and the time, t, is s α t2.
This means that the displacement of a particle is directly proportional to the square of the time elapsed when the particle is moving in a straight line with a constant acceleration.
In other words, if the time is doubled, the displacement will be four times greater; if the time is tripled, the displacement will be nine times greater, and so on. This relationship is also known as the second equation of motion, which is commonly used in physics to describe the motion of objects under constant acceleration.
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