The size of the velocity is the speed, and you calculate it the same way. But when
you find the size of the velocity, you're not done yet, because you also need its
direction.
Speed and velocity are never the same thing.Velocity means 'speed' AND the direction it's going.
direction
Speed does not have the direction associated with it, like velocity does.
Speed and velocity cannot be compared because they are different things. It is like saying "apples > oranges". Velocity is a vector and, as such, it has a direction and a size. The size of the vector velocity is it's speed.To answer your question: no because they can't be compared. And if you wanted to ask if the size of the velocity vector being smaller than the speed... no... that is the definition of speed... so it cannot be different, regardless of the number of dimensions you are using.
Velocity, which is different than speed in that it has a directional component to it.
Velocity, which is different than speed in that it has a directional component to it.
Velocity, which is different than speed in that it has a directional component to it.
Velocity, which is different than speed in that it has a directional component to it.
increasing speed
When the direction of motion is relevant, you would use velocity rather than speed.
The velocity of an object cannot ever be greater than its speed as the two are directly linked. Velocity is very similar to speed except that it also takes direction into consideration.
their average speed is greater than their average velocity.