Question

Define average velocity with the help of an example.

Answer 1

Average velocity of an object can be defined as the displacement with regards to original position divided by the time. In other words, it is the rate at which an object makes displacements with time. Like average speed, the SI unit is meters per second.

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Answer 2

Average Velocity

Average VelocityAverage velocity is the ratio of total displacement to total time. Its direction is the same as the direction of the moving object. Even if the object is slowing down, and the magnitude of the velocity is decreasing, its direction would be still the same as the direction in which the object is moving. The magnitude of average velocity is always less than or equal to the average speed because displacement is always smaller than or equal to distance.

Average VelocityAverage velocity is the ratio of total displacement to total time. Its direction is the same as the direction of the moving object. Even if the object is slowing down, and the magnitude of the velocity is decreasing, its direction would be still the same as the direction in which the object is moving. The magnitude of average velocity is always less than or equal to the average speed because displacement is always smaller than or equal to distance.It is a vector quantity and has units of m/s

Average VelocityAverage velocity is the ratio of total displacement to total time. Its direction is the same as the direction of the moving object. Even if the object is slowing down, and the magnitude of the velocity is decreasing, its direction would be still the same as the direction in which the object is moving. The magnitude of average velocity is always less than or equal to the average speed because displacement is always smaller than or equal to distance.It is a vector quantity and has units of m/sAverage velocity = \( \frac{Total Displacement}{Total Time} \)

Average VelocityAverage velocity is the ratio of total displacement to total time. Its direction is the same as the direction of the moving object. Even if the object is slowing down, and the magnitude of the velocity is decreasing, its direction would be still the same as the direction in which the object is moving. The magnitude of average velocity is always less than or equal to the average speed because displacement is always smaller than or equal to distance.It is a vector quantity and has units of m/sAverage velocity = \( \frac{Total Displacement}{Total Time} \)The average velocity of the particle can be positive as well as negative and its positive and negative value depends on the sign of displacement. If the displacement of the particle is zero its average velocity is also zero.

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